Training Trends and Issues Essay Example | Topics and Well Written Essays - 750 words

Training Trends and Issues - Essay Example The organizations have become more demanding due to globalization factor, hence an individual’s worth in his organization has increased manifold. Due to the complex business nature, the organizations are marked by a scuttle and commotion to attract the best talent of the industry. There is huge dearth of skilled, experienced and competent workforce that help in the enhancement of organization overall efficiency and accomplishment of pre-defined goals and objectives (Rolph J. CIPD, 2004). In such an intense situation, business heads are looking out for innovative and effectual ways through which existing employees can be trained for future challenges. After analyzing and deeply evaluating the current trends in training and development, three specific styles have been identified. First and foremost is the impact of globalization on training delivery tools and techniques. It has become mandatory for firms to intensely compare the cost that is incurred on training in terms of inve stment made in different countries, regions, centers, units etc. The primary objective is to attain maximum output with minimum input along with optimum utilization of resources. In order to realize the above objective, reconstruction of integrated potential of the organization is preferred by most of the firms these days. A large training cluster is formed within the organization or can be outsourced as well to an agency that provides timely delivery of resources exceptionally manages the project and provides effective administration services (Polson, 2001). For rendering the above mentioned services, the company charges a fixed cost. The practitioners must ensure that organization must be proactive rather than reactive in identifying to the emerging skills that are needed to combat the current market threat. They need to highly focused and clear regarding their needs and requirements, and should be in a position to put pressure on outsourced companies to deliver the best and top m ost quality service. Second most upcoming trend is e-learning that aims to extract the best possible training from any part of the world at lowest price possible. On-line training is the solution to all problems faced in training employees and those companies, who have yet not adopted the trend or find no such need for it, would soon be ravaged (Polson, 2001). This is the most effective method as the learner can move as per his individual pace, it is cost effective as mass scattered audience can be targeted, and quality and cost are the two main attributes of the emerging trend overpowering the limitation of distance or location. The practitioners in this case need to understand that here the learners need constant motivation as different age groups have different grasping power, distinct goals and pace. A 21 year old energetic, vibrant and inquisitive learner can’t be taken on the same platform as a 50 year old experienced employee who wants to be at ease in his own created comfort zone. Technology alone can’t resolve all learning challenges hence must be taken as an additional source of training, the fundamental designing must be sound, meticulous planning and effective instructional skills are required. ‘Talent Hunt’ is another recent trend observed in the current business scenario where there is acute shortage of well trained, capable and highly skilled employees. It is contradictory statement when we say that the unemployment rate in most of

Importance of the Handicraft Industry

Importance of the Handicraft Industry Introduction Handicrafts are unique expressions and represent a culture, tradition and heritage of a country. The Handicraft Industry is one of the important productive sector. Various attempts have been made to define this broad and diversified industry. The following definition strives to cover diversity and complexity of Handicraft Industry. Defining Handicrafts: Definition According to United Nations Educational, Scientific and Cultural Organization/Information Technology Community (UNESCO/ITC) International Symposium on Crafts and the International Market: Trade and Customs Codification, Manila, Philippines, October 1997:   Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Products which are produced either completely by hand or with the help of tools. Mechanical tools may be used as long as the direct manual contribution of the artisan remains the most substantial component of the finished product. Handicrafts are made from raw materials and can be produced in unlimited numbers. Such products can be utilitarian, aesthetic, artistic, creative, culturally attached, decorative, functional, traditional, religiously and socially symbolic and significant. Definition according to Govt. of India: Product which is made by hand; should have some artistic value; they may or may not have functional utility. The Importance of Handicrafts The Cultural Importance: Handicrafts play very important role in representing the culture and traditions of any country or region. Handicrafts are a substantial medium to preserve of rich traditional art, heritage and culture, traditional skills and talents which are associated with peoples lifestyle and history. The Economic Importance: Handicrafts are hugely important in terms of economic development. They provide ample opportunities for employment even with low capital investments and become a prominent medium for foreign earnings India is a country of rich culture, history and traditions. India is one of the major producer and supplier of Handicrafts products in the world. India has been major producer and supplier of handicrafts products since very long time. Before the industrial development, this art and industry was a potential economic advantage for the country. During recent years, the importance of handicrafts has been surged due to their cultural and financial values. The small scale industries including handicrafts can play a major role in the development of the economy of both developed and the developing countries equally. The 90-95% of the total industrial products of the world are produced in small workshops run by less than 100 people. For instance, Japan, which is at the peak of the economic development, has considered 84% of the its industries as small and medium scale industries. In countries such as India and China, handicrafts are as high as the mechanized products in quality and volume, and are a major source of their foreign earnings. These countries are focusing on the development of handicraft industry, in order to strengthen the economy. The Indian handicrafts industry is highly labor intensive, cottage based and decentralized industry. The industry is spread all over the country mainly in rural and urban areas. Most of the manufacturing units are located in rural and small towns, and there is huge market potential in all Indian cities and abroad. Handicraft industry is a major source of income for rural communities employing over six million artisans including a large number of women and people belonging to the weaker sections of the society. The Handicraft sector is highly creative sector and produces large variety of crafts products. This industry is localized segment of the domestic and international market. In India the production of craft products are done on both large and small scale. Because of low capital investment people can start their business on small scale. Through this flexibility the demand and supply can be managed. Though Indian Handicraft industry is considered a cottage industry, but it has evolved as one of the major revenue generator over the years. There has been consistent growth of 15% over few years and the industry has evolved as one of the major contributor for export and foreign revenue generation. There is huge demand for the Indian Handicraft products in both national and international market. To match the demand and supply with quality, there is need to have greater technological support and innovativeness with the uniqueness in industry. Key Facts Of Indian Handicrafts Industry Indias rich cultural diversity and heritage provides a unique and huge resource for developing craft products. The Indian Handicraft Industry is showing continuous growth rate of 20% every year. Handicrafts industry is one of the important segment of decentralized sector in India. Major parts of industry operates in rural and semi urban areas throughout the country and has potential Indian and International market with around 67000 exporters to tap the market. According to the national census of handicrafts, undertaken by the National Council for Applied Economic Research the value of handicrafts produced last year were of Rs.26,213 Crore. This Industry provides huge employment opportunities to artisans that include women and people belonging to backward and weaker society. This is one of the major source of income there. The Indian Handicraft Industry is a $100 billion industry worldwide. Indias contribution in world market is 1.2% The total exports of crafts items: Rs. 13412.92 Crore. Industrys share in Indias exports:- 1.51 % In spite of having diversified products, some part of Indian market are still untapped and market is price sensitive. Products are high priced in big and metro cities, which are beyond, reach of people belonging middle and lower middle class. Craft producers have to compete on price, quality and delivery for different segments. There is poor promotion for craft products in national market. There is lack of awareness about new traditions and among craftsmen and there is need of technological support and training. Classification Handicrafts industry comprises diversified products portfolio and there is large variety available in market. Handicrafts products can be distinguished into following: Metal ware, Wood ware, Hand printed textiles, Embroidered and crocheted goods, Shawls, Carpets, Bamboo products Zari goods, Imitation jewellery Paintings, Earthenware, Jute products, Marble Sculpture, Bronze Sculpture Leather Products and other miscellaneous handicrafts. Handicraft industry in India is spread throughout the country with greater concentration in rural and suburban areas of country. Metal ware and Bronze sculpture: Major Manufacturing units are located in Moradabad, Sambhal, Aligarh, Jodhpur, Jaipur, Delhi, Thanjavur, Jagadhari etc. Wooden artware and sculpture: Major Manufacturing units are located in Sharanpur, Nagina, Hoshiarpur, Srinagar, Amritsar, Jaipur, Jodhpur, Bangalore, Mysore, Behrampur etc. Embroidered item: Manufacturing Units are located in Kutch, Jaisalmer, Baroda, Lucknow, Jodhpur, Agra, Amritsar, Kullu and Srinagar. Marble and soft stones crafts:Agra, Madras, Bastar and Jodhpur are famous for these craft products. Paper Crafts: These manufacturing units are located in places of Kashmir and Jaipur. Terracotta: Terracotta units are located in state of Madhya Pradesh, Rajasthan, and Bastar. Hand printed textiles and scarves:Amroha, Jodhpur, Jaipur, Farrukhabad, Bagru and Sanganer consist of manufacturing units. Zari Products: Zari and zari products are manufactured at units located at Surat, Agra, Varanasi and Amritsar. Imitation Jewelry: Parts of Delhi, Moradabad, Sambhal, Jaipur and Kohima consist of manufacturing units for these jewelry products. Political View Industrial Policy: There are no restrictions regarding location for establishing manufacturing units. All producers of handicrafts are exempt from obtaining Industrial License to manufacture. The delicenced undertakings, however, are required to file an Industrial Entrepreneur Memoranda (IEM) in Part A with the Secretariat of Industrial Assistance (SIA), and obtain an acknowledgment. No further approval is required. Trade Policy: Handicraft products fall under the ITC (HS) code 97. Paintings, drawings and paintings, domestic articles of wood etc. which come under 9701 Original engravings falling under 9702 Original sculptures categorized under 9703 Products under the code 9704 are freely importable. Imports of items in 9705 are restricted. Characteristics of Indian Handicrafts for exports; as defined by Govt. of India are: They are quota free and neutral to fiber content or composition, barring 100% silk. They include Garments, Made-up and clothing accessories. Are produced in cottage industries. Should not have zippers. Must be ornamented using any one or more of the following Indian folk styles. Hand painting, Hand printing, Batik, Tie and Dye, Kalamkari. Hand embroidery, Crocheting. Appliquà © work of sequins, wooden or glass beads, shells, mirror, ornamental motifs of textiles materials. Extra wrap of welt ornamentation of silk, art silk or zari threads. Should conform to shape and styles of each item as defined in the agreed list of different countries. Should satisfy the dimensional aspects. Tariff-non-tariff Policy: Except for 9704, all the items under 97 attract a total import duty of 35.2 per cent. This includes a basic duty of 35 per cent and a special additional duty of four per cent. Items under 9704 do not attract any import duty. In India, handicrafts are distributed through following major Distribution Channels: Retailers/Direct Sales: This is the most common distribution channel for selling handicrafts in India. In India there are large number of retailers who provides wide range of handicrafts products. Wholesalers/Distributors: Apart from retail and direct sales channels, wholesalers and distributors also provide large range of handicraft products. Wholesalers can keep product stock in bulk and can sell direct to final consumer or retailer. E-Commerce: Internet has emerged as a one of the promising distribution channel for selling the handicrafts products. It is estimated that internet will be one of the major channel for the distribution of handicrafts products through E-Commerce. Export And Foreign Earnings Handicraft Industry has evolved as one of the major contributors for Export and foreign earnings: Exports of handicrafts including hand knitted carpets during 2005-06 were Rs.13412.92 Crore. Export items- Art Metal wares, Wood wares, Hand printed textiles, Embroidered and Crocheted goods, Shawls as art wares, Zari goods, Imitation jewelry, Carpets, Leather products, Jute products, Paintings, Bamboo products, Earthen ware, Marble Sculpture, Bronze Sculpture etc. Indias major export markets are USA, Germany, UK, France and Japan, Saudi Arabia, Canada, and Italy etc. Indian Handicraft Industry contributes very important role in Indian economy. For the proper functioning and operation of industry it is very essential to have some policies and regulation in place. In India, the Ministry Of Textile is responsible for the formulation of policy, planning, development, export promotion and regulation of the Handicraft Industry. There are several other bodies and organizations which help to formulate and execute these policies. All policies should be implemented for the greater development of the whole industry so that it can help to strengthen the economy. Industrial Policy: There are no restrictions regarding location for establishing manufacturing units. All producers of handicrafts are exempt from obtaining Industrial License to manufacture. The delicenced undertakings, however, are required to file an Industrial Entrepreneur Memoranda (IEM) in Part A with the Secretariat of Industrial Assistance (SIA), and obtain an acknowledgment. No further approval is required. Trade Policy: Handicraft products fall under the ITC (HS) code 97. Paintings, drawings and paintings, domestic articles of wood etc. which come under 9701 Original engravings falling under 9702 Original sculptures categorized under 9703 Products under the code 9704 are freely importable. Imports of items in 9705 are restricted. Characteristics of Indian Handicrafts for exports; as defined by Govt. of India are: They are quota free and neutral to fiber content or composition, barring 100% silk. They include Garments, Made-up and clothing accessories. Are produced in cottage industries. Should not have zippers. Must be ornamented using any one or more of the following Indian folk styles. Hand painting, Hand printing, Batik, Tie and Dye, Kalamkari. Hand embroidery, Crocheting. Appliquà © work of sequins, wooden or glass beads, shells, mirror, ornamental motifs of textiles materials. Extra wrap of welt ornamentation of silk, art silk or zari threads. Should conform to shape and styles of each item as defined in the agreed list of different countries. Should satisfy the dimensional aspects. Tariff-non-tariff Policy: Except for 9704, all the items under 97 attract a total import duty of 35.2 per cent. This includes a basic duty of 35 per cent and a special additional duty of four per cent. Items under 9704 do not attract any import duty. In India, handicrafts are distributed through following major Distribution Channels: Retailers/Direct Sales: This is the most common distribution channel for selling handicrafts in India. In India there are large number of retailers who provides wide range of handicrafts products. Wholesalers/Distributors: Apart from retail and direct sales channels, wholesalers and distributors also provide large range of handicraft products. Wholesalers can keep product stock in bulk and can sell direct to final consumer or retailer. E-Commerce: Internet has emerged as a one of the promising distribution channel for selling the handicrafts products. It is estimated that internet will be one of the major channel for the distribution of handicrafts products through E-Commerce. Easily availability on global basis and cost effective way has made Internet a good marketplace to buy, sell, and promote the products. Strengths: Large, diversified and potential market. There is large product variety and range is available because of diversified culture. It has strong, diversified and supportive retail infrastructure. Diversified product range that service different market. Cheap labor rates that result to competitive price. Need low capital investment. There is flexible production flexibility. Low barriers of new entry. Advantages and Critical Success Factors: Easy creation and development of production centers. There is no need for macro-investment. Industry provides potential sources of employment. Products are high value added, and handicrafts have various applications. It is the potential source of foreign revenue because of higher export. Weaknesses: Lack of infrastructure and communication facilities. Unawareness about international requirements and market. Lack of co-ordination between government bodies and private players. Inadequate information of new technology. Inadequate information of current market trends. Less interest of young people in craft industry. Lack of skilled labor. Still confined to rural areas and small cities and untapped market. Lack of promotion of products. Opportunities: Rising demand for handicraft products in developed countries such as USA, Canada, Britain, France, Germany, Italy etc. Developing fashion industry requires handicrafts products. Development of sectors like Retail, Real Estate that offers great requirements of handicrafts products. Development of domestic and international tourism sector. e-Commerce and Internet are emerged as promissory distribution channels to market and sell the craft products. Threats: Competition in domestic market. Balance between high demand and supply. Quality products produced by competing countries like China, South Africa. Better Trade terms offered by competing countries. Increased and better technological support and RandD facility in competing countries. Inspite of having diversified products, some part of Indian market is still untapped and market is price sensitive. Products are high priced in big and metro cities, which are beyond the reach of people belonging middle and lower middle class. Craft producers have to compete on price, quality and delivery for different segments. There is poor promotion for craft products in national market. There is lack of awareness about new traditions and among craftsmen It is difficult to balance the cultural and commercial value of handicraft products. Inadequate supply chain management and distribution reduces the sectors commercial viability and economic sustainability. Lack of Technological support and training. Lack of Research and development for key handicraft sectors like, ceramics, paper making etc. There is shortage of skilled craftsmen and labor to match the competition. Lack of ability to produce in large scale and create economies of scale. Inadequate material testing and performance measurement. Inappropriate energy supplies to rural and sub-urban areas. Untapped and inaccessible market due to poor transportation infrastructure. There are inadequate training centers to develop skilled craftsmen The primary objective is to create an environment that helps the industry to compete on the global basis. To build the environment that will focus on: Wealth Creation, Infrastructure Development, Training, Technological Development, and Poverty Alleviation etc. to enhance the sector performance. Awareness should be increased among craftsmen and customers through Trade Events, Seminars, Craft Forums and advertisements. More training centers should be opened to provide proper training to craft persons. There should be more trade shows to facilitate craft producers to access the market. Transportation infrastructure should be improved to access the untapped market that would be beneficial to reduce the transportation cost. Promotion of cultural tradition and heritage. Promotion of Indian Tourism to attract the foreign customers. Developing technologies to recycle natural resources to produce new products and ensure waste minimization, product durability and reliability. Promoting Partnership and collaboration with private sector. There should be market platform for craft producers belonging to rural areas to market their products. Development of electronic platform by using internet to provide information, database, and marketing and distribution solution. Increased Private participation in industry. There should be optimized distribution network and supply chain management. Through improving labor productivity in a high labor intensive and price competitive market. There should be proper balance between cultural and commercial value of craft products to sustain business opportunities. Through using low cost production methods the sustainability of small business can be improved. By implementing following model, the performance of Handicraft Industry can be improved and the greater Value addition can be done: Identify the Potential Market Making Effective Business Plan and Refinement in existing business Test Marketing to test the initial potential of new products in market Effective Operational and Technological Upgradation Hiring skilled manpower, provide training and awareness about latest technology and market trends and effective management. Hiring skilled manpower, provide training and awareness about latest technology and market trends. Cost Effective Production, Maintain Quality Standards, and Packaging. Set the Costing and Pricing with Quality taken to be consideration Cost Effective Distribution Development using both Physical and Electronic Distribution Channels (Internet, e-Commerce) Both National and International Market Development for better Export and Foreign Revenue. All India Handicrafts Board: The All India Handicrafts Board was established in 1952 to suggest various solutions for improvement and development in Handicraft Industry. Formulation of Plans, Assistance to State Govt. for planning and execution of schemes, and providing assistance for Marketing, Financial, and Organizational aspects of Handicrafts Industry. State and Union Territories: Every State and Union territories has different department for the development of Handicrafts Industry. Marketing, Promotion, Financial Aid to Small Scale Industries, and other programs are the functions of State level corporations. Central Corporations: The Handicrafts and Hand looms Export Corporation of India: It was established in 1962. Exports Promotion, Development of potential market execution of Whole Sale and retail Orders are major functions of organization. The Central Cottage Industries Corporation Pvt. Ltd.: It is a registered society that runs Central Cottage Industries Emporium in New Delhi, Mumbai, Kolkata, Chennai to sell the Handicrafts products. The All India Hand loom Fabrics Marketing Cooperative Society Ltd.: This Cooperative Society is supported and promoted by All India Hand loom Board. It has various hand loom emporiums in all metro cities, Chandigarh, Ahmedabad, Hyderabad etc. and few branches in New York, Singapore etc. All India Organizations: All India Textile Handprinting Industries Federation: 1106 Prasad Chambers, Swadeshi Mill Estate, Mumbai, India. All India Federation of Zari Industry: Safe Deposit Chambers, Surat, Gujarat, India. All India Carpets Manufacturers Association: Post Box No. 63, Bhadohi, District Varanasi, Uttar Pradesh, India. Export Promotion Organizations and Councils: The All India Handicrafts Board (West Block VII, R.K. Puram, New Delhi- 110022): This organization is responsible for Export Promotion, Market Development, and Arranging Exhibitions etc. The Gem and Jewellery Export Promotion Council (D-15, Commerce Centre, 4th Floor, Tardeo Road, Bombay- 400001): This Organization is responsible for the promotion of Jewellery, Diamond, Stones, Pearls craft of the country. The Handicrafts and Handlooms Export Corporation of India (Jawahar Vyapar Bhavan, Anex-I, Tolstoy Marg, New Delhi 110001: It is Govt. undertaking and responsible for exports efforts of private sector promote Indian Participation in International Exhibitions. The Handloom Export Promotion Council (123, Mount Road, Chennai- 600006): It works for the export promotion of Indian Handlooms in the country. The Indian Institute of Foreign Trade: It provides Training Courses and publishes various survey reports. The Trade Development Authority of India: (Bank of Baroda Building, 16 Parliament Street, New Delhi- 110001). The Export Credit Guarantee Corporation (Express Towers, 10th Floor, Nariman Point, Bombay-400001): It provides exports credit intelligence, covers against various risks. The Export Inspection Council (14/1-b Erza Street, World Trade Centre, Calcutta- 700001): It is responsible for Quality Control Issues, and Pre-shipment Act. The Federation of Indian Export Organization (Allahabad Bank Building, 17 Parliament Street, New Delhi-110001) The Trade Authority of India (Pragati Maidan, New Delhi-110001): It was started in 1977 and works for exports and trade promotion and development. The Indian Handicraft Industry stands a unique place among all other industries. It represents the rich culture, tradition and heritage of India. Indias rich cultural diversity and heritage provides a unique and huge resource for developing craft products. The Indian Handicraft Industry is showing continuous growth rate of 20% every year and it is one of the most important segment of decentralized sector in India. Most of the part of industry operates in rural and semi urban areas throughout the country and have large and potential in Indian International market. Indian Handicraft Industry provides wide range of products because of countrys diversified culture, traditions and heritage. There is huge demand of Indian Handicraft products in international market. Industry provides ample opportunities for employment to people belonging to backward and weaker classes of society. However, Indian Handicraft Industry has the status of cottage industry in India, but it has shown promising growth and evolved as one of the major revenue generator over the years. It has shown continuous growth at the rate of 15-20% over the years and contributes major role for export and foreign earnings. Low capital investment, Cheap and skilled labor, Diversified product portfolio, Flexible Production are few important features of Indian Handicraft Industry. However, Lack of Infrastructure Technological support, Lack of awareness of international and new trends and Poor Promotional campaigns are a few drawbacks of industry which needs to be overcome. It is estimated that Handicraft Industry in India is all set to grow with rapid rate in future and contribute its share towards economic development handsomely. The model so called Model 5 forces developed by Michael E. Porter is the one used mostly among many authors who try to recognize industry in which there is manufactures. These Five Forces Analysis or Porters model of competitors forces is often used with PEST analysis to determine a position and possibilities on a market: strength of competition among manufactures that operates within fashion industry sophisticated technology, highly qualified personnel, greater capital for buying modern sewing machines (CAD/CAM) and positive influence of market growth, existence of other producers of garments who are ready to enter a market, investment in technology and development, emotional connection with fashion industry and an easy strategic movement ahead, customers start to change fashion products sophisticated technology, necessary training of personnel and on the other side global accessibility of some products by internet, consumers negotiation ability -a large demand and sophisticated technology and suppliers negotiation ability sufficient great and growing market and a global access by internet. Conclusion   Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  The problem that exists in our garment industry is that we analyze and follow trends that have already taken place on the fashion scene so while a collection is being accepted and the preparation for production is getting completed a new fashion demand is here, and the old one hasnt got accustomed yet. Fashion companies that do not invest in the development of products and production technology get into danger and cant keep place with fashion trend although they try hard. Markets researches, consumers wishes, requests, and criterium mean inevitable and dominant task for a producer of garments, because by obtaining all these information a production can be directed, business planned with advanced defined aims and strategies. Marketing enables greater flexibility and better organisation for more successful reaction to market demands. Market analyses are perhaps difficult procedures for fashion industry, because they need time to see strong sides and opportunities although they are too eager to identify weaknesses and threats. It is important to be aware that once when weaknesses are identified, some steps to change them can be taken by training, so there is possibility to make it a strong side. Thats why SSC and SWOT are useful techniques used to find out strong and weak points in a fashion industry. The way Levi Strauss Company succeeded by their own efforts to impose a new product LEVIS ENGINEERED JEANS (redesigned denim trousers that follow contour of a body ergonomically), it is an example how to use BCG matrix and GAP analysis that show us how market methods and techniques can be also used in our garment industry in order to meet demands of flexible production. Retailers in India have already started the concept of co-branded credit cards. A current example would be the aggressive salesperson in any Spencers store showcasing the HSBC-Spencers offering. Another vivid example would be the Future Group credit card which had TV ads across channels for quite some time. The response though had been lukewarm. With organized retail sales looking downward over the last year, especially in Q3 and Q4 of 2008-09, these offering had disappeared from the table. But, Q1 Q2 of 2009-10 have been particularly good, with around 15% growth in the sector on the back of a successful festive season. The new buzz word that is coming up in Retail circles is the Gift card, which is basically gift vouchers/certificates in the form of smart cards. They will be profitable for retailers as it will breed loyalty through repeat purchases. There will also be a significant portion of card value (10% in America: Economist) which are never redeemed. Retailers in India are still nascent when it comes to maintaining a comprehensive customer database, and this will be a small, yet significant step towards the same. The future for gift cards will yield many innovatively packaged offerings similar to the trends in America. A few examples from the Economist: Target: Gift cards that double as wind-up toys Gift cards through email Best Buy: multiple people can contribute small amounts for

Laundry :: essays research papers

Fold your shirt Find a flat, open space to fold your clothes. A bed, or a clean table or floor are all good spots. Put each folded garment out of the way in a clean space as you finish with each piece. It's best to fold items when they are still warm. Lie the garment on a flat surface and smooth out the wrinkles. If smoothed when warm, they'll stay that way. Shirts: Hold the shirt by its shoulders. Flap up and down once or twice so it hangs straight. Lay it face-down on the folding surface and smooth out any folds. You can do an extra neat job by pulling gently on the side seams to smooth out the back. Now start folding. Fold the shirt lengthwise along the line of the outer edge of the collar or neck band. Smooth the sleeve out, using your fingers to pull at the seam, making it slightly taut. Fold the other side over. Fold it lengthwise, along the line of the outer edge of the collar. Repeat the sleeve-smoother technique. Fold the shirt in half. Take the bottom edge of the shirt with both hands and fold it up to the collar. You're done--onto the next one! To Fold a Shirt: †¢Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Lie the shirt flat. †¢Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Fold arms over until they meet in middle of the shirt. †¢Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Fold shoulders over until they are equal with each other. To Hang a Shirt: †¢Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Hang the shirt on the hanger as shown above. †¢Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Or, if there are clips on your hanger, clip the shirt on the shoulders. To Fold Socks: †¢Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Place one sock on top of the other. †¢Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Grab three of the top layers of elastic with one thumb, while holding one layer with the other. †¢Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Roll your thumbs away from each other until the elastic on the sock is fully turned inside out. To Fold Underwear: †¢Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Fold the two sides of the garmet together until they meet. †¢Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Fold over once more if necessary. Folding laundry is an important skill that every person should know since it will be imperative when it comes time to do your laundry in college. Having your laundry folded crisp and tight is very important. You always want your clothing fresh and neat every time you get dressed. It is a good idea to fold clothing while they are still warm because this will help avoid wrinkles and make for a smoother fold. The longer you wait to fold your laundry the more wrinkled and dirty it will get.

Theory of Communication

Theories of communication A theory is a set of ideas that can be used to understand, explain and make predictions about something. Theories of communication provide ways of analysing communication between people and give care practitioners an insight into what works and why. Michael Argyle (1925–2002) was a social psychologist who researched and developed theories about human communication and interpersonal interaction. He focused on both verbal and non-verbal communication, carrying out experimental research to test and develop his theoretical ideas (see Argyle, 1967, 1969 and 1975).Argyle’s ‘communication cycle’ theory sets out to understand, explain and predict how communication occurs between people in one-to-one situations. In The Psychology of Interpersonal Behaviour (1967), Argyle proposed that communication is a skill that needs to be learnt and practised like any other skill. Argyle’s (1967) claim was that human communication is essentially a two-way process that involves people sending, receiving and responding to each other’s verbal and non-verbal messages.The receiver of the message keeps the communication going by responding to or by giving feedback to the original message. This process then repeats and builds into a communication cycle. Care practitioners need to have an understanding of group processes and patterns of group behaviour in order to interact and communicate well in the various group situations that they experience. Understanding how groups form and then develop is an important part of this. Bruce Tuck man (1965) outlined a model of group development based around a number of stages, or a sequence, of group activity.Tuck man’s (1965) theory suggests that groups must go through these stages to be effective and that the pattern of communication in each of the four stages is different 1. Forming involves group members coming together and asking basic questions about the purpose and aims of t he group, each member’s role within it and commitment to it. In this first stage of group development, members tend to feel quite anxious, often prioritise their own interests and may feel ‘disorientated’ in their interactions with others. A leader usually emerges in this early stage. . Storming, the second stage, is a period of conflict within the group. Members may argue over the purpose of the group, may contest its aims and sometimes resist the authority and role of the leader. In this stage, power and control are the main issues. Eventually, the purpose of the group and the roles within it become clearer as power and control battles are won and lost. Without tolerance and patience at this stage, the team will fail. Co-operation between members should begin to develop towards the end of this phase. . Norming is the stage when the group’s identity develops. A strong set of shared values, norms of behaviour and a group ‘culture’ emerge. The group arrives at one goal and agrees a shared plan to achieve it. The group becomes more cohesive and group members tend to work together to resolve conflicts. 4. Performing is the stage when the group finally matures and gets down to working effectively. Members tend to focus more on the overall goal rather than on relationships between themselves.Relationships have, by this stage, become more comfortable and are based on trust and mutual support. Reflect A group may or may not reach the performing stage: effective, high performing teams do but other less effective groups may get stuck at one of the earlier stages, particularly if they are unable to resolve the challenges or crises associated with that stage of group development. Effective communication within a group situation is a key influence on whether a group reaches the performing stag Theory of Communication Case Study Theory of Communication Introduction to Communication Good communication and interpersonal skills are vital for success in business. The ability to communicate clearly and persuasively is often seen as the key characteristic of the effective manager or administrator. High level communication skills are also essential in specialised functions, such as marketing, human resource management, public relations and secretarial. Communication is the means by which individual employees convey their wants, ideas and feelings to others,( not only managers or specialists). Process of Communication ContextMedium/Channel Message Feedback Noise Communication can be defined as the process by which, ideas, information, opinions, attitude, and feeling are conveyed from one person to another. The communicator or sender is the person who initiates the conversation by sending a message. The receiver is the person who receives the messages and completes the communication by responding to it. Mo st communication is two way and has to have both a sender and receiver, either face to face or by other means such as telephone, letters, e-mails etc. Body language also plays a big part in communication. Sender EncodingReceiver Decoding Communication codes * Written language * Spoken language * Dress * Body language * Pictures, photographs and graphic illustrations. * Sign language, Braille. * Numbers * Computer language Communication Medium The medium is the means used to transmit the message. Media can be categorised into five headings; written, oral, visual, electronic and mass. Written media can provide a written record, can relay complex information, can be carefully thought out and mistakes can be edited. It takes time to produce and is more impersonal than speech. * Letter * Report * Memo * Press Release * Company magazine Advertising leaflet Oral media is more direct and personal, feedback is immediate. Oral media can be supported by body language. But there may be no recor d of what is said and if you say something you don’t mean you cannot take it back. * Conversation face to face or telephone * Interview * Meeting * Presentation * Oral briefing Visual media can have an immediate impact, it can support verbal presentations. * Nonverbal * Diagrams * Charts * Photographs * Models Electronic media provides fast communication over long distance, can carry both verbal and visual information. * Video * Telephone * E-mail * InternetMass media is an important source of information; it can reach a large number of people and can be used for advertising. * Television * Radio * Press * Film Channels of Communication The channel is the air that carries sound waves between speaker and listener such as: * Television channels * Radio * Postal system * Computer networks * Courier services * Telephone Barriers to Communication Effective communication is difficult and mistakes are often made. We see this in everyday life, we complain when someone doesn’t respond to our messages in the way we expect, they do not understand what we really meant to say.In business, difficulties with communication can cause disruption. Good business opportunities can be lost or disastrous management decisions made. A serious breakdown in communication can put the very future of a company at risk. Communication errors can never be completely eliminated. Nevertheless, we are likely to be more successful communicators if we are aware of the factors that cause communication to fail. Some obstacles stand in the way of communication and some of these can be avoided or overcome. Physical Barriers Among these barriers are poor hearing or eyesight, illness, tiredness, or stress.Other barriers can be, distractions such as an office that is too warm or too cold, uncomfortable seating, poor telephone connection or the noise of traffic heard from outside. If a person has a medical problem this may be sorted by a visit to a doctor. If the office is too hot or too col d the thermostat may be altered and maybe closing the window would help to block out the noise. Language Barriers To convey a message correctly it should be written clearly in a language that the receiver will understand. Mistakes in spelling can harm communication.Sometimes local jargon can disrupt good communication; it may be acceptable in a specialised trade or profession. Slang or local accents may be difficult for outsiders to understand. Nonverbal Barriers Facial expression, posture and eye movement all reveal our feelings and attitudes to the receiver. When there is conflict between a verbal and non verbal signal, it is the nonverbal signal that tends to be believed. A person may say that they are outgoing and confident but this might be contradicted by nervous body language. Poor Listening Good listening is often the most important part of communication.Listening give us a better understanding of the other persons point of view, maintains friendships and helps business coll aboration. When not listening properly, we often miss an important point in a conversation. Problems with Perception Perception is how we make sense of ourselves and the world around us. We perceive the world through the senses of sight, hearing, touch, taste and smell. We also have some physiological based perceptions such as sensation of pain, heat, cold etc. We have mental perceptions such as thoughts, daydreams and fantasies.The brain registers these different stimuli and organises them into shapes and patterns that we can understand. Mistakes can arise if we think other people perceive things the same way that we do ourselves. Often they don’t and this is a common cause of communication failure. Attitudinal Barriers Stereotyping, prejudice and unwanted attribution are among the attitudinal barriers that can do the most damage to our ability to our ability to relate effectively to others. * Stereotyping: We stereotype other people when we assume they will behave in a cert ain way just because of their appearance, role or a particular social group.We may be surprised to find that conservatively dressed people have radical views or that the big person wearing a studded jacket and driving a Harley Davidson turns out to be as gentle as a lamb. Judging by appearance gives an incomplete and often distorted picture of what a person is really like. * Prejudice: Prejudice is an attitude of hostility based on faulty generalisations, such as stereotypes. It may be directed at individuals or groups. Prejudice can be damaging to communications if a person believes that another person is inferior, subversive, threatening, not fully part of the community and so on.If we consider another person less than ourselves, we are unlikely to value what they have to say. Prejudice is often a part of ignorance but maybe better education will improve this. * Attribution:Even when we avoid stereotyping, we still make the mistake of judging people on flimsy evidence. We should n ot listen to what other people say, this can sometimes be misleading. Having an accurate picture of people is vital for effective communication, but it is something that can only be built up slowly through time, insight and regular contact. The Principles of Effective Communication As a Communicator 1.Think carefully about your objectives before communicating. What do you want to achieve? Do you want to inform, persuade, advise or consult the receiver? What kind of response do you hope to get? When you have answered questions like these then you can think about the content of the message and how you define it. 2. Put yourself in the communicator’s shoes. The receiver’s perception may not be the same as yours. They may think differently or have different opinions. You may need to communicate with tact and sensitivity. 3. Choose the right medium or combination of media. Difficulties can arise if the wrong medium is used.If you try to describe a complicated process by spe ech alone the audience may not understand it. A combination of words and graphics may work better. 4. Organise your ideas and express them carefully. Take time to structure your ideas in a logical sequence. When choosing your words, take into consideration the receivers understanding and linguistic ability. Try to use words that the receiver will understand. Use language suitable to the communication taking place, informal language that may be used on the shop floor may not be suitable or appropriate for a business meeting. 5.Consider the context, breakdowns in communication often occur because the receiver is given information at the wrong time or place. Even important messages can be forgotten if the receiver is busy or preoccupied with something else. 6. Check for feedback, make sure your message has been received and understood. When speaking face to face look for signs of puzzlement in your listeners, be prepared to explain if necessary. Although the main responsibility for com municating a message rests with the sender, the receiver also has to listen and make sure they understand and relay the message to the right person. As a Receiver 1.Give the message your full attention. Many messages are misunderstood because the receiver is not concentrating, they are daydreaming, or there are too many distractions. 2. Interpret the message correctly. This requires effort and proper listening, if you are unsure of what is said; ask for it to be repeated. Check the meaning of unfamiliar words or references. In spoken communication listen actively and with empathy. Be alert for nuances that may subtly alter the meaning of the message. 3. Keep an open mind, you should not allow dislike of the communicator, or disagreement with their beliefs to influence your judgement.Make an objective assessment of the message no matter what your relationship with the sender. 4. Record information you are likely to forget. You should write down any information you are likely to forge t such as, telephone numbers, names, dates etc. The information should be recorded properly in a secure place, not on a scrap of paper that can get lost among other papers on a busy desk. 5. Respond appropriately to the communicator by providing feedback, following up enquiries or whatever action is necessary.

Monitoring system

RFID technology which is a matured technology that has been widely deployed by various organizations as part of their automation systems. In this study, an RFID based system has been built in order to produce a time-attendance management system. This system consists of two main parts which include: the hardware and the software. The hardware consists of the motor unit and the RFID reader. The RFID reader, which is a low-frequency reader (125 kHz), is connected to the host computer via a serial to USB converter cable. The Time-Attendance System GUI was developed using visual basic.Net. The Time-Attendance Management System provides the functionalities of the overall system such as displaying live ID tags transactions, registering ID, deleting ID, recording attendance and other minor functions. This interface was installed in the host computer. Keywords: Radio-frequency identification, RFID technology, radio waves identification (RFID) is a matured technology that incorporates the use of electromagnetic or electrostatic coupling in the radio frequency portion of the electromagnetic spectrum to uniquely identify an object, animal, or person.RFID hips contain a radio transmitter that emits a coded identification number when queried by a reader device. Some RFID tags can be read from several meters away and beyond the line of sight of the reader. The application of bulk reading enables an almost-parallel reading of tags. This small type is incorporated in consumer products, and even implanted in pets, for identification. The tag's information is stored electronically.The RFID tag includes a small RF transmitter which transmits an encoded radio signal to interrogate the tag, and receiver which receives the message and responds with its identification information. Some RFID tags do not use a battery. Instead, the tag uses the radio energy transmitted by the reader as its energy source. The RFID system design includes a method of discriminating several tags that might be within the range of the RFID reader. RFID can be used in many applications. A tag can be affixed to any object and used to track and manage inventory, assets, people, etc.For example, it can be affixed to cars, computer equipment, books, mobile phones, etc. The Healthcare industry has used RFID to reduce counting, looking for things and auditing items. Many financial institutions use RFID to track key assets nd automate compliance. Also with recent advances in social media RFID is being used to tie the physical world Copyright 2012 SAVAP International www. savap. org. pk www. ]ournals. savap. org. pk 168 with the virtual world. RFID in Social Media first came to light in 2010 with Facebook's annual conference.RFID is a superior and more efficient way of identifying objects than manual system or use of bar code systems that have been in use since the 1970s. Furthermore, passive RFID tags (those without a battery) can be read if passed within close enough proximity to an RFID reade r. It is not necessary to â€Å"show† the tag to the reader device, s with a bar code. In other words it does not require line of sight to â€Å"see† an RFID tag, the tag can be read inside a case, carton, box or other container, and unlike barcodes RFID tags can be read hundreds at a time.Bar codes can only be read one at a time. Radio frequency identification (RFID) is a matured technology that incorporates the use of electromagnetic or electrostatic coupling in the radio frequency portion of the electromagnetic spectrum to uniquely identify an object, technologies. RFID tags are not an â€Å"improved bar code† as the proponents of the technology would like you to believe. An RFID system consists of three components which include: an antenna, a transceiver and a transponder (the tag). The antenna and the transceiver are often incorporated into one reader.The antenna uses radio frequency waves to transmit a signal that activates the transponder. When activated, the tag transmits data back to the antenna. The RFID can read the tag using Radio Frequency, meaning that the RFID reader can be read from a distance, right through your clothes, wallet, bags etc. An RFID tag consists of unique ID for each tag. The RFID technology has been in existence since the early 1920s. This technology has been used in libraries, museums, race timing, toll collection and contactless payment, tracking of persons and animals etc.The RFID attendance system is an automatic embedded system used in taking attendance of registered persons in a particular organization. The RFID attendance system offers an organization, the efficiency and convenience associated with RFID technology at a low cost. This method is fast as well as simple. Each employee uses an RFID card and the reader records the data when the employee enters or exits. RFID devices and software must be supported by a sophisticated software rchitecture that enables the collection and distribution of locatio n based information in near real time.A complete picture of the RFID attendance system combines the RFID Tags and readers with access to global standardized database, ensuring real time access to up-to-date information on the card. The card contains a unique identification number called an electronic product code (EPC). Nowadays, there are lots of companies around the world and some of them consist of workers up to 10 thousand or more. To handle a large number of workers may be a problem especially to get the attendance of the workers.The manual process means that henever a worker comes to work, he goes to sign at the time officer's table. This manual process has some flaws because in a case where a worker bribes the time officer or is familiar with him, the time officer may tamper with the attendance records. This would be a big problem in the company and might affect the productivity and management of the company. The suitable solution for this problem is by designing a system tha t will record attendance automatically. In this project, RFID system is used to record the numbers of employees' attendance automatically.The ID cards of the employees is embedded with RFID tag which is read by a reader. This RFID system is interfaced to a database through a computer. This method is more effective to prevent problem encountered when getting attendance manually. Below is the block diagram of an RFID attendance system. Related Works The use of Radio-frequency identification (RFID) technology in automated electronic environment and for tracking objects has been widely researched upon by researchers and deployed by various organizations as part of their automation systems.References [21] and [7] provide examples of a real RFID contact less data link deployments that utilize RFID technology for object tracking and automated data ollection solution. RFID is a technology that uses radio waves to transfer data from 169 an electronic tag, called RFID tag or label, attached t o an object, through a reader for the purpose of identifying and tracking the object In 1945, Leon Theremin invented an espionage tool (for spy activities) for the Soviet Union which retransmitted incident radio waves with audio frequency information.Sound waves vibrated a diaphragm which slightly altered the shape of the resonator, which modulated the reflected radio frequency even though this device was covert listening device, not an identification device or tag, it is considered to be a redecessor of radio frequency identification (RFID) technology because it was likewise passive, being energized and activated by waves from an outside source. Similar technologies such as the IFF (identification friend and foe) transponder developed in the United Kingdom, was routinely used by the allies in the World War 2 to identify aircrafts as friend or foe.Transponders are still used by most powered aircrafts to this day. Mario . W. Cardullo was the first to have received the United States p atent for an active RFID tag with re-writable memory on January 23, 1973 [4]. In that same year, Charles Walton, a California entrepreneur, received a patent for a passive transponder used to unlock a door without a key. A card with an embedded transponder communicates a reader near a door, when the reader detects a valid identification number stored within the tag, the reader unlocks the door.Walton licensed the technology to Schalge lock of San Francisco, a lock maker and other companies [1]. Time and attendance systems are a major part of todays human resource systems, take organization towards better human resource practice, systems and excellence. The implementation of time and attendance system has a lot f advantages for the manager. The kind of system that is implemented depends upon what the organization is trying to achieve by implementing the system. There are different types of automatic attendance systems; each type of system is suited to different needs and requirements [9].Some of the most common types include; biometric attendance system, magnetic stripe attendance system, barcode attendance system, and RFID attendance system. Barcode Attendance System The barcode system is a common type of time and attendance system through which the efficiency of measuring and tracking employees' time could be increased to a reat degree. With the automation through barcode technology, the errors previously provides high levels of accuracy and reliability in tracking of employee attendance.In addition, the costs associated with the installation of the system are not too much relative to the cost of payroll or attendance errors. The implementation of the barcode system is easy. Every employee is issued a badge/card in which there is a barcode. In order to check into or out of the company, the badge/card is swapped on the time clock, and the data is captured by the clock. This data from the clock can be downloaded by the manager or the administrator nd then used for updating and maintaining time and attendance records.The Universal Product Code (UPC) is a unique 12-digit number assigned to retail merchandise that identifies a product and the vendor. The Universal Product Code (UPC) on a product typically appears adjacent to its barcode, the machine-readable representation of the Universal Product Code (UPC). The UPC for a particular product is always the same. The first six digits is the vendor unique identification number. All the products that the vendor sells will have the same first six digits in their UPCs. The next five digits identify the product. The last digit is called the check digit.This is used to verify that the UPC for that specific product is correct. Each time that UPC is read, typically by a scanner reading the barcode, a calculation is done. And, if the check digit is different compared from the one that is calculated, then the computer knows that there is something wrong with the UPC. Figure 1 is a pictorial diagram of a barcode with its universal product code (UPC) [11]. Copyright 2012 SAVAP International 170 ISSN-L: 2223-9553 ISSN: 2223-9944 9553, Fig. l picture ofa barcode Biometric Attendance System This is the study of measurable biological characteristics.In computer security, biometrics refers to authentication techniques that rely on measurable physical characteristics that can be automatically checked. There are several types of biometric identification schemes which include:-face fingerprints, ecked. include: face retina, hand geometry, vein, voice etc. The computer uses any of these biometric identification schemes to determine who you are, and based your identity authorize [12]. Under this system, there is time and attendance software that is paired with a time clock for employees which uses biometric technology for authentication purposes.When these systems are in use, the employees can use their finger prints for clocking in and clocking out. This method has the great benefit that the entire process is easy as well as quick. Other advantages include elimination of the cost previously incurred in getting the employees cards. In the other systems that uses card other (magnetic stripe and barcode systems), there is an ongoing expense associated with the damage, misplacement and stealing of cards and the continuous need for their restoration and maintenance.Magnetic Stripe Attendance System In the magnetic stripe attendance system, data is encoded in the magnetic stripe of he employee card. When the card, is swiped through the employee time clock, the information in the card's magnetic stripe is recorded by the time clock. This system also reads one card at a time and also requires contact reads with the reader. Figure 2 is a pictorial diagram of a card embedded with magnetic strip. Fig. picture of a magnetic stripe card Radio Frequency Identification (RFID) A radio-frequency identification system comprises hardware shown in figure 3a & 3b, known as frequency interr ogators or readers and tags, also known as labels, as well as RFID software or RFID tags middleware. RFID tags are of two major types, which include Active Tag and Passive Tag. and Fig. sa RFID tag Fig. 3b RFID card and reader 171 RFID tags can be either passive, active or battery assisted passive. Passive RFID does not use a battery, while an active has an on-board battery that always broadcasts or activated when in the presence of a RFID reader.Most RFID tags contain at least two parts: one is an integrated circuit for storing and processing information, modulating and demodulating a radio-frequency (RF) signal, and other specialized functions; the other is an antenna for receiving and transmitting the signal. Depending on mobility, RFID readers are classified into two different types: fixed RFID and mobile RFID. If the reader reads tags in a stationary position, it is called fixed RFID. These fixed readers are set up specific interrogation zones and create a â€Å"bubble† of RF energy that can be tightly controlled if the physics is well engineered.This allows a very definitive reading area for when tags go in and out of the interrogation zone. On the other hand, if the reader is mobile when the reader reads tags, it is called mobile RFID. An Electrical Engineering student of the University of Malaysia; Mohd Firdaus Bin Mahyidin designed RFID technology students' attendance system 2008 [10], which only takes attendance of students and stores the information in the database. The block diagram of his project is shown figure 4. However, this system does not the incorporate a door unit which allows access to only registered users.Fig. 4: RFID Technology Students attendance system. Comparing Barcode with RFID is done on table 1 . Table 1: comparisons between Barcode and RFID 2 3 4 5 6 7 Barcode Rely on the user to make contact to the reader, hence cannot be read from a distance In Barcode, only one card read at a time is allowed. Embedded information cann ot be updated, hence the restriction of the repeated overwriting if the embedded election information for each card It does not allow for the increase technologies like surveillance cameras to be activated with an employee being in the vicinity.RFID Do not require contact with reader, hence can be read from a distance. Embedded information can be updated; this allows the repeated over-writing if embedded electronic information for each card. RFID has increased technologies like surveillance cameras to be activated in onjunction with an employee being in their vicinity. It is slower and requires time of sight to RFID is faster and does not require line of function. sight. It has lower data storage transponder. It has higher data storage.

Battle of Paulus Hook in the American Revolution

Battle of Paulus Hook in the American Revolution Battle of Paulus Hook - Conflict Date: The Battle of Paulus Hook took place on August 19, 1779, during the American Revolution (1775-1783).   Armies Commanders United States Major Henry Light Horse Harry Lee300 men Great Britain Major William Sutherland250 men Battle of Paulus Hook - Background: In the spring of 1776, Brigadier General William Alexander, Lord Stirling directed that a series of fortifications be built along the west bank of the Hudson River opposite New York City.   Among those that were constructed was a fort on Paulus Hook (present-day Jersey City).   That summer, the garrison at Paulus Hook engaged British warships as they arrived to commence General Sir William Howes campaign against New York City.   After General George Washingtons Continental Army suffered a reverse at the Battle of Long Island in August and Howe captured the city in September, American forces withdrew from Paulus Hook.   A short time later, British troops landed to occupy the post.    Situated to control access to northern New Jersey, Paulus Hook sat on a spit of land with water on two sides.   On the landward side, it was protected by a series of salt marshes that flooded at high tide and could only be crossed via a single causeway.   Upon the hook itself, the British built a series of redoubts and earthworks which were centered on an oval casemate containing six guns and a powder magazine.   By 1779, the garrison at Paulus Hook consisted of around 400 men led by  Colonel Abraham Van Buskirk.   Additional support for the posts defense could be summoned from New York through the use of a variety of signals.            Ã‚   Battle of Paulus Hook - Lees Plan: In July 1779, Washington directed Brigadier General Anthony Wayne to mount a raid against the British garrison at Stony Point.   Attacking on night of July 16, Waynes men achieved a stunning success and captured the post.   Taking inspiration from this operation, Major Henry Light Horse Harry Lee approached Washington about making a similar effort against Paulus Hook.   Though initially reluctant due to the posts proximity to New York City, the American commander elected to authorize the attack.   Lees plan called for his force to overwhelm Paulus Hooks garrison at night and then destroy the fortifications before withdrawing at dawn.   To accomplish the mission, he assembled a force of 400 men consisting of 300 from the 16th Virginia under Major John Clark, two companies from Maryland overseen by Captain Levin Handy, and a troop of dismounted dragoons drawn from Captain Allen McLeans rangers.                Battle of Paulus Hook - Moving Out: Departing from New Bridge (River Edge) on the evening of August 18, Lee moved south with the goal of attacking around midnight.   As the strike force covered the fourteen miles to Paulus Hook, problems ensued as a local guide attached to Handys command became lost in the woods delaying the column for three hours.   Additionally, a portion of the Virginians found themselves separated from Lee.   In a stroke of luck, the Americans avoided a column of 130 men led by Van Buskirk that had sortied from the fortifications.   Reaching Paulus Hook after 3:00 AM, Lee ordered Lieutenant Guy Rudolph to reconnoiter for a path across the salt marshes.   Once one was located, he divided his command into two columns for the assault. Battle of Paulus Hook - Bayonet Attack: Moving through the marshes and a canal undetected, the Americans found that their powder and ammunition had become wet.   Ordering his troops to fix bayonets, Lee directed one column to break through the abatis and storm Paulus Hooks outer entrenchments.   Surging forward, his men gained a brief advantage as the sentries initially believed the approaching men were Van Buskirks troops returning.   Swarming into the fortress, the Americans overwhelmed the garrison and forced Major William Sutherland, commanding in the colonels absence, to retreat with a small force of Hessians to a small redoubt.   Having secured the remainder of Paulus Hook, Lee began to assess the situation as dawn was rapidly approaching. Lacking forces to storm the redoubt, Lee planned to burn the fortress barracks.   He quickly abandoned this plan when it was found that they were filled with sick men, women, and children.   Having captured 159 enemy soldiers and achieved a victory, Lee elected to begin withdrawing before British reinforcements arrived from New York.   The plan for this phase of the operation called for his troops to move to Douws Ferry where they would cross the Hackensack River to safety.   Arriving at the ferry, Lee was alarmed to find that required boats were absent.   Lacking other options, he men began marching north over a route similar that used earlier in the night. Battle of Paulus Hook - Withdrawal Aftermath: Reaching Three Pigeons Tavern, Lee reconnected with 50 of the Virginians who had become separated during the movement south.   Possessing dry powder, they were quickly deployed as flankers to protect the column.   Pressing on, Lee soon connected with 200 reinforcements sent south by Stirling.   These men aided in repelling an assault by Van Buskirk a short time later.   Though pursued by Sutherland and reinforcements from New York, Lee and his force safely arrived back at New Bridge around 1:00 PM.   In the attack at Paulus Hook, Lees command suffered 2 killed, 3 wounded, and 7 captured while the British incurred over 30 killed and wounded as well as 159 captured.   Though not large-scale victories, the American successes at Stony Point and Paulus Hook helped convince the British commander in New York, General Sir Henry Clinton, that a decisive triumph could not be obtained in the region.   As a result, he began planning a campaign in the southern colonies for the following year.   In recognition of his achievement, Lee received a gold medal from Congress.   He would later serve with distinction in the South and was the father of noted Confederate commander Robert E. Lee. Selected Sources HistoryNet: Battle of Paulus Hook2nd Virginia Regiment: Battle of Paulus Hook Revolutionary New Jersey: Battle of Paulus Hook

Whats on Tv

Whats on Tv Whats on Tv?- How Tv Influnces Uss Essay What’s On TV? We live in a society that is easily influenced by what is seen on television. When you see someone rather often on television, you have a better opportunity to make an opinion on that person. Whether you like the person or not, that person is getting more recognition by the media for viewers to base an opinion about him. I say this because there are people out there that deserve more recognition than others. There are people that are doing something great for their community, uplifting the spirits of a not so well known town, and those who are doing great things themselves that never get as much â€Å"air time† as the next person because of who that person is or what they are well known for. Unfortunately, we can only blame the media for making us believe that what we really want us to see is whatever they show us the most. I will talk about three different broadcasts that expose the faults that our media brings to their viewers. The first broadcast that I will like to discuss is ESPN’s SportsCenter. SportsCenter is a daily sports news broadcast that shows us from different sports and also shows other â€Å"off the court† news about many different sports figures. This broadcast airs twelve times a day and shows highlights, scores, and other news from major sporting events such as the National Basketball Association (NBA), National Football League (NFL), Major League Baseball (MLB), National Collegiate Athletic Association (NCAA), National Hockey League (NHL), and other major sports. SportsCenter has been aired more times than any other program in American television with more than 30,000 unique episodes. Along with highlights, SportsCenter gives us exclusive interviews from players, coaches, and even managers to give us an inside scoop of what is going on prior to the game, in the locker room, during the game, and â€Å"off the court or field† issues. People tune in to SportsCenter be cause people like people like to know what is going on with their favorite sports figures. People want to know if their hometown team won last night, if a player is hurt, if there will be a coaching change, or if there will be any new additions to the team. Along with these issues, SportsCenter also will make reports about any scandals that an athlete has done. For instance, SportsCenter reported on January 6, 2010 that the Commissioner of the NBA, David Stern, suspended the Washington Wizards’ Gilbert Arenas indefinitely for bringing firearms to an arena. Although SportsCenter is the broadcast that you tune in for all of your daily news in sports, they have a tendency to be biased toward certain teams and players. If you are a fan of baseball, the two teams that are talked about the most are the Yankees and the Red Sox. Whether these teams are having great seasons or not, you will find a lot of their highlights on SportCenter because of the history that these two teams have alone. Tom Krasovic, a writer for the San Diego Union Tribune, did an interview with the San Diego Padres’ relief pitcher Heath Bell. Bell’s comments addressed how he watched ESPN and saw that his former teammate, Jake Peavy, pitched eight innings but only one pitch was aired. He went by saying â€Å"I truly believe that ESPN only cares about promoting Yankees, Red Sox, and Mets†¦ That’s why I love the MLB Network, because they promote everyone.† I agree with this article because as a fan of Chicago sports, I feel that SportsCen ter is biased toward other teams and players. If I were to watch highlights from a Chicago Bulls vs. Cleveland Cavaliers game on SportsCenter, most of the highlights would be from LeBron James and the Cleveland Cavaliers. However, watching those same highlights on NBAtv would show highlights from both teams. This is an example of Agenda Setting Theory, because this broadcast shows us what they feel like people want to see. Instead of showing how great the White Sox are doing, SportsCenter would much rather show the Cubs losing because

6 Helpful Physical and Chemical Change Examples

6 Helpful Physical and Chemical Change Examples SAT / ACT Prep Online Guides and Tips In your science class, you may have heard of chemical and physical changes. But do you know how to tell the difference between the two? The answer lies in whether or not a change to a substance results in its molecules being rearranged. In this article, we will define chemical and physical and changes. Then we’ll take a look at specific chemical change examples and physical change examples to better understand their differences and similarities. So let’s get started! When ice cream melts (and goes from a solid to a liquid), it undergoes a physical change. Physical Change Definition First, let’s talk about physical changes in chemistry. A physical change occurs when a substance or object changes its appearance, phase, or is used in a mixture. More importantly, a physical change does not change the molecular structure of a substance. And you can reverse a physical change to recover all of the original matter, even if it doesn’t look exactly the same. In other words, in physical changes, the molecules from before and after the change stay the same! What is an example of a physical change? Things like cutting a piece of paper in half, freezing water into ice or bending some of your mom’s favorite silverware (don’t do that!) are all physical changes. That’s because physical changes only affect a substance’s physical properties, not the composition of their molecules. Still not sure about what constitutes a physical change? Don’t worry: we’ll dig into more physical change examples in just a minute. When logs burn, they undergo a chemical change. Chemical Change Definition In contrast, a chemical change takes place when the original substance’s of molecules are taken apart and put back together into new combinations that are different from the original combinations. Furthermore, the original matter cannot be recovered. And unlike physical changes, these changes usually use a lot more energy, such as heat and light, because the molecular bonds need to be broken in order to rearrange them. What is an example of a chemical change, then? Some chemical change examples include a piece of paper burning, a nail rusting, or baking a cake. Like physical changes, it’s pretty clear that the way these things start and end are quite different: a shiny nail turns orange with rust, and wet dough becomes a delicious dessert. The reasons these are chemical changes is that the change happens on a molecular level. Put another way, the object you begin with and the object you end with are completely different substances. So, let’s look at some more examples of physical and chemical changes to better understand the differences and similarities between the two. When this mallet hits the egg, the egg will undergo a (very messy) physical change. (P.S: Don't try this at home!) Physical Change Examples Earlier we talked about some examples of physical and chemical changes. But sometimes telling a physical change from a chemical change can be hard. This is especially true when physical changes require or expend energy. The important thing to remember is that in a physical change, the molecules remain the same. Let’s look at three different physical change examples to better understand this idea. Example 1: Phase Changes iframe width="560" height="315" src="https://www.youtube.com/embed/W8CTuj78RbY" frameborder="0" allow="accelerometer; autoplay; encrypted-media; gyroscope; picture-in-picture" allowfullscreen/iframe Phase changes involve changes in size, volume, and density. For instance, when you turn water into ice or vapor, this is called a phase change. This is because water has 3 phases: solid (ice), liquid (water), and gas (vapor or steam). It may seem like some of the water molecules are lost during each phase change: the ice cube gets smaller, and steam seems to disappear into the air. However, in each of these three stages, the water molecules stay the same. And if you were to cool down the vapor, it would reform into water. Cool it down enough, and it would turn back into ice. There would be the same amount of hydrogen and oxygen atoms in the ice cube as there were in the steam, and these atoms will stay in the same molecular shape in all stages. Let’s take a closer look at what’s happening on a molecular level. Vapor is made up of H20 just like the ice cube. The only difference between vapor and ice is that the individual molecules have spread apart in vapor due to the application of heat. Meanwhile, in ice, the molecules group closer together because of the absence of heat. Though these phase changes require energy to be expelled (exothermic reactions) or applied (endothermic reactions), the number of atoms and the shape of the molecules in the substance remains the same. That’s what makes it a physical change! Example 2: Changes in Size and Shape iframe src="https://giphy.com/embed/30pdXVaJpzSO9vttAd" width="480" height="270" frameBorder="0" class="giphy-embed" allowFullScreen/iframepa href="https://giphy.com/gifs/universalafrica-umgsa-umusic-universamusicsouthafrica-30pdXVaJpzSO9vttAd"via GIPHY/a/p Like we mentioned earlier, physical changes are all about whether molecules stay the same or not. When an object undergoes a physical change, it can become a different size and shape as long as its composition stays the same. Here’s what we mean: if you have ever dropped a piece of glass on the floor, you know that it will break apart, exploding into a million pieces. If you really wanted to, once you swept all that glass up into your dustpan, you could probably fit it all back together (even though it would take a lot of time and patience). This is also a physical reaction because the glass stays glass. When it shatters, the glass changes size and shape, but its molecules don’t change. This is a physical change that only involves a change in size and shape. While energy helped shatter the glass into pieces, no energy was used to rearrange the molecules. Example 3: Mixtures Solutions iframe width="560" height="315" src="https://www.youtube.com/embed/_Tck943uH2o" frameborder="0" allow="accelerometer; autoplay; encrypted-media; gyroscope; picture-in-picture" allowfullscreen/iframe Imagine you are on a day out at the beach. The sun is shining, the sand is warm, and the seagulls are trying to steal people’s lunches. After playing in the waves for a bit, you decide to make a sandcastle. You fill your bucket up with sand and plop it upside down. The sand comes out but it doesn’t stick together. You forgot to add water! You try again, this time with water and voila, you’ve created your first tower like a master sandcastle architect. But why didn’t the sand stick together the first time? It has to do with a physical property called surface tension. Surface tension refers to how strong the bond is between a substance’s molecules. Water has a strong surface tension, so adding it to the sand creates a strong enough bond for the sand to cling together instead of falling apart. What makes this different from a chemical reaction is that the sand and the water, though mixed together, do not change their molecular structure. The water stays water and the sand stays sand. And if you were to measure the water that will eventually evaporate once the sandcastle dries, you will find that the amount of evaporated water is equal to the amount of liquid water you added to the sand originally. This is called a mixture because both substances (the sand and the water) retain their own physical properties. The same is true if you add salt or sugar to water. It seems like the salt and sugar dissolve and form new molecules. But if you were to wait for the water to evaporate, you would find that the salt or sugar molecules get left behind in the glass. This is called a solution. Solutions differ from mixtures in that they are homogenous. A single drop of saltwater would have the same number of salt molecules (NaCl) per water molecules (H2O) as another drop taken from the same solution. In a mixture, you might have more sand than water in two different handfuls, even if they were taken from the same bucket. These physical change examples should help you recognize the difference between a physical and chemical change. Especially when you compare them to the chemical change examples below. Dough turning into bread is a tasty example of a chemical change. Chemical Change Examples Both physical and chemical changes result in one thing turning into another. Whether it’s a glass breaking or burning a piece of paper, the original item becomes something different. So how can you tell the difference between a physical and a chemical change? It all comes down toyou guessed it!the molecules. In a physical change, the molecules stay exactly the same throughout the transformation. In a chemical change, however, it’s the molecules themselves that transform! Here are three examples of chemical changes to help you spot the difference! Example 1: Combustion iframe width="560" height="315" src="https://www.youtube.com/embed/xd1alir07q4" frameborder="0" allow="accelerometer; autoplay; encrypted-media; gyroscope; picture-in-picture" allowfullscreen/iframe Combustion is a chemical reaction between substances, usually including oxygen, that creates heat and light. The energy released by the reaction (in the form of heat and light) is caused by the breaking of molecular bonds. As a result, the original substances transform into entirely different substances because of the rearrangement of molecules, which is an example of a chemical change! For instance, if you mix oxygen (O2) with a type of hydrocarbon called methane (CH4), the molecular bonds of both substances are broken, which creates the heat and light. The bonds then reform to create two different molecules: carbon dioxide (CO2) and water (H2O). Combustion reactions can occur at different rates, too. An example of a slow reaction is a match burning. A fast reaction would be dynamite exploding. The amount of energy released in any combustion reaction depends on how much energy is needed to break the molecular bonds. The harder it is to break the bonds, the more energy is released overall. But regardless of whether the reaction is fast or slow, combustion is a chemical change. Example 2: Decomposition iframe width="560" height="315" src="https://www.youtube.com/embed/1ocQhkHw_MM" frameborder="0" allow="accelerometer; autoplay; encrypted-media; gyroscope; picture-in-picture" allowfullscreen/iframe Decomposition is rather straightforward. A decomposition reaction is a reaction in which a compound breaks down into two or more simpler substances. For instance, when an electric current is passed through water (H2O), it can be broken down into hydrogen and oxygen or H2 + O2. In this example, water is broken down into its two elements. The result is a chemical change because the starting and ending molecules are different. You’ll notice that this chemical reaction needed electricity to happen. Decomposition reactions usually require the application of heat from an outside source, making it an endothermic reaction. Keep in mind that not all decomposition reactions have to break down into their elemental forms. More complicated substances with longer molecular chains may break down into smaller compounds instead of elements. An example of this is when 2Fe(OH)3 (also known as ferric oxide) is exposed to heat. Instead of breaking into its individual molecules, it turns into two compounds: Fe2O3 + 3H2O. Example 3: Combination iframe width="560" height="315" src="https://www.youtube.com/embed/w2ydd9rJHws" frameborder="0" allow="accelerometer; autoplay; encrypted-media; gyroscope; picture-in-picture" allowfullscreen/iframe Combination reactions, also called synthesis reactions, are the opposite of decomposition reactions. These reactions occur when two substances (called reactants) are added together to create one new substance. And because this is a chemical reaction, the result is a molecular change! One example of this would be a nail rusting. While this may seem like a decomposition reaction because it seems like the nail is decomposing and falling apart. But actually, it’s a chemical change! Iron (Fe) and oxygen (O) combine to create the compound iron oxide (Fe2O3), which is rust. And as you can see, it also results in a completely new molecule. What's Next? Understanding chemical and physical reactions in only one part of what you need to know in order to succeed on either the SAT Chemistry Subject Exam or the AP Chemistry Exam. Here’s a complete syllabus for AP Chemistry to show you what you need to know, and here’s an SAT Chemistry study guide, too. Are you in IB Chemistry? We’ve got you covered, too. Here’s the complete syllabus, a comprehensive study guide, and some examples of past papers from the IB Chemistry exam. If chemistry has you stumped, it’s a good idea to check out some books that can explain challenging concepts in an easy-to-understand way. This post will help you find a guidebook that’s right for you. Have friends who also need help with test prep? Share this article! Tweet Ashley Robinson About the Author Ashley Sufflà © Robinson has a Ph.D. in 19th Century English Literature. As a content writer for PrepScholar, Ashley is passionate about giving college-bound students the in-depth information they need to get into the school of their dreams. Get Free Guides to Boost Your SAT/ACT Get FREE EXCLUSIVE insider tips on how to ACE THE SAT/ACT. 100% Privacy. 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