Pen Pal Letter about Ballet Essay Example | Topics and Well Written Essays - 1000 words

Pen Pal Letter about Ballet - Essay Example However, during the reign of King Louis XIV is when Ballet made positive progress in French culture. The king always invited Ballet dancers to perform to him whenever he had a function not to forget the King himself performed ballet alongside with noblepersons. The contribution made by King Louis XIV towards development of ballet cannot be underestimated especially by him, establishing the first world’s ballet school (Academie Royale de danse currently known as Paris Opera) and was thus renamed as â€Å"The Sun King†. You might be wondering how King Louis XIV performed exemplary in Ballet dance. The person behind this is none other than Pierre Beauchamp, the guy behind the famous principle that each leg must be â€Å"turned-out†. Another question is how this type of dance found its way to Russia. The credit goes to two Frenchmen called Marius Petipa and Lev Ivanov who was his assistant who traveled to Russia back in the early 1840s and produced more than sixty ba llets. They choreographed three famous ballets namely; Nutcracker, Swan Lake, and Sleeping Beauty. Vaganova method- This method of ballet was developed by Agrippina Vaganova to train dancers on classical ballet. It integrates the romantic style of French ballet with dramatic soulfulness of the Russian character. Her contribution towards ballet made her famous dancers in the dancing history as well as being appointed as the director of Imperial Ballet School in Saints Petersberg. Vaganova method is regarded to be clean having precise moves.

The Nature Of Being Essay Example | Topics and Well Written Essays - 500 words

The Nature Of Being - Essay Example It is manifested in the body as an absolute entity related to love, truth alongside being as well as cause and effect. Spirit relates to the soul in a manner that it rests to the soul its wants, thoughts as well as all that appertain to its being. The soul is the receptive medium where the spirit rests and exercises its thoughts forms. Therefore, it is of crucial significance to underscore the fact that the soul is an entity that must be subjective to the Spirit. The soul as an entity of being is always neutral, passive and plastic. In this manner, it plays the receptive role in an absolute form relevant to the thought forms of the Spirit. This defines the being in the two entities. Soul and spirit must unify and correlate in action to manifest as a being. This unity is contained and exercised within the body. However, in view that the soul just plays a receptive role displaying what the spirit expresses, there are strong links between the spirit and body. However, the role of the soul is not to be under-looked since the three entities act in unity. Therefore, the body is the result or the effect with regards to the objectification of the spirit. It is the visible envelope to the three entities. In other words, the body is the result of the Spirit working in conjunction with the soul. Therefore, from this unity may result in several behaviors. Several of such behaviors as expressed by the body may be used to describe such a being. It is the body that acts as the envelope to accommodate the soul and Spirit.

Engineering Report: Household Appliances Refrigerator

Engineering Report: Household Appliances Refrigerator Engineering Report: Household Appliances Refrigerator Introduction- Refrigerator After a long day at work, you come home, open your refrigerator and take out a nice cold drink. Ever wonder why it is so nice and cold? In this report, I will be explaining how the refrigerator came about. The main reason for any refrigerator is to keep food/drinks cold as cold temperatures help keep food fresh for longer. Main idea of the refrigerator is to slow down bacteria activity in the food so it takes longer to spoil. Brief History The refrigerated coil was invented by Ibn Sina in the 11th Century. This was one of the essential advancements towards the modern refrigerator. The refrigerated coil was used to condense vapours. William Cullen went to the University of Glasgow and demonstrated the first artificial refrigeration system in 1748. He never did use his discovery for practical purposes though. 1805, Oliver Evans designed the first refrigeration machine that didnt use liquid to cool and instead used vapour to cool. 1834, Jacob Parkins built the first Refrigeration machine for practical use. 1844, John Gorrie built a refrigerator in 1844 based on the design of Oliver Evans. It was used to produce ice for cooling the air for the Yellow Fever patients at the time. The first practical use of the refrigerator for food was invented by James Harrison in 1857, In 1859, Ferdinand Carre used the same idea but made it more complex. He developed a system that use ammonia for cooling instead of condense vapours. During 1876, Carl von Linden invented the Liquefying gas process which revolutionised the technology in the refrigerator. General Electric released the first refrigeration systems. Freon then used and marketed them as a lower toxicity alternative then the previous refrigerators in the early 1920s. The Refrigerator has changed majorly impacting the modern society and how food is being stored and kept fresh for longer periods of time. In the modern society, the refrigerator can be kept in many important places such as kitchens as well as offices and pharmacies. How it works Refrigerators do something called the Vapor compression cycle The basic principle is to run cold liquid continuously around the object that needs to be cooled. This process will take heat out of the object. The refrigerator needs 5 crucial components, the fluid refrigerant, a compressor, the condenser coil, the evaporator coils and an expansion device. It all starts with the compressor. This controls the flow of the refrigerant, It raises its pressure and then pushes the refrigerant vapor into the coil on the outside of the refrigerator (normally the back). The hot gas will meet the normally cool temperatures of the kitchen which turns it into a medium heat liquid. The refrigerant now cools down as it flows into the coil inside the fridge and/or freezer. The refrigerant absorbs the heat given off from the objects inside. Ends up resulting cooling down the air when everything is cooled to the max temperature. The refrigerant evaporates to a gas when exciting the refrigerator and back to the compressor. This process can be a nonstop process that can work up to 13 years nowadays. A diagram of how the refrigeration process Different Shapes and Types of Refrigerator Refrigerators come in a variety of shapes and sizes, from basic to feature-rich models. Some famous designs are the following: Top Freezer Refrigerators A fridge that is designed to for a lot of storage in a fairly tight spot. It is a traditional fridge shape that is typically 80cm wide and can hold up to 622 litres of storage. This allows the wide swing of the doors and the low reach for the lower shelves and drawers. Bottom Freezer These refrigerators/freezers typically range around 92 cm wide and has a capacity of 850 litres. The usable space is less than that compared of top-freezers but instead, your fridge shelves are easily scan-able. Only real downside of this is that you will have to dig down into your frozen goods. French Door The French door refrigerator has two narrow doors at the top and a freezer below. Typically, around 90cm wide. Usable space cannot be compared to the top-freezer models as the swing doors have the added value of a lot more shelves on the doors. Most of these have the added in-door water and ice dispensers. Side-by-side This style has one side fridge and freezer on the other. Widths typically around 95 cm and holds roughly 850 litres in capacity. These narrow doors work well for small kitchens but they dont open wide enough for wide objects as each side is not that wide. But overall, not as energy or space efficient. Counter Depth These have a lower profile than other fridges made for blending in with the build-in cupboards and selves for an all-in-one look.   They may look nicer with the styles of the kitchen but they generally offer less storage. These designs tend to be costlier than your standard refrigerators. Compact Fridges Smaller versions of the traditional refrigerators and generally for dorm rooms or home offices. They usually have no freezing capacity, Freezer-less Refrigerators As the name states, this does not have a freezing compartment. Usually used for cooling fresh foods. Great option if you dont need to freeze a lot of foods or have a separate freezing department. Refrigerator Drawers These refrigerators hide under the countertop just like your washing machine. These can be pulled out and you to access fresh foods and perishables. Often seen in luxury apartment and kitchens and are normally expensive. Howe ever these cannot hold frozen foods and are not energy efficient. Wine and Cold drink coolers Designed to keep wine and cold drinks cooled. These could range from your small compartment fridge to your traditionally sized fridge to the full-sized fridge able to store hundreds of bottles. Modern designs are able to keep different wines at different set temperatures. Materials used/Analysis The doors of the refrigerator are typically made of Aluminium or steel sheets. Metal skin on the outside does not only give the door its strength and rigidity but also supports the weight of the food in the door pockets. Insulation between the inner and outer cabinets consists of fiberglass. Fiberglass is used due to its lightweight, extremely strong and also a robust metal. Typically, far less brittle and less expensive. Components of the cooling system are typically made from aluminium, copper, or an alloy. Tubing is usually copper due to the metals ability to bend without breaking. Freon remains one of the most commonly used refrigerant. Freon is a stable, non-flammable, moderately toxic gasses/liquid. Most interior features such as cabinet liners or doors are made from a vacuumed-formed plastic because of its price for the strength it provides. Conclusion Not many improvements for the refrigerator could be changed in this time. Research has shown the best properties for each section of the refrigerator at the best price. Modern day refrigerators compared to the olden day ones are much more better designed and more powerful while energy efficient. The modern-day refrigerator has been tested safer, more energy efficient and stronger than it has ever been. Many materials were tested for best efficacy before designed and up for sale. Bibliography How refrigerator is made material, making, used, parts, components, steps, machine. 2017. How refrigerator is made material, making, used, parts, components, steps, machine. [ONLINE] Available at: http://www.madehow.com/Volume-1/Refrigerator.html. [Accessed 20 March 2017]. eBay. 2017. What Are all the Different Types of Refrigerators? | eBay. [ONLINE] Available at: http://www.ebay.com/gds/What-Are-all-the-Different-Types-of-Refrigerators-/10000000177628294/g.html. [Accessed 20 March 2017]. Real Simple. 2017. How Does a Refrigerator Work? Real Simple. [ONLINE] Available at: https://www.realsimple.com/food-recipes/tools-products/appliances/how-does-refrigerator-work. [Accessed 20 March 2017]. HowStuffWorks. 2017. The Purpose of Refrigeration How Refrigerators Work | HowStuffWorks. [ONLINE] Available at: http://home.howstuffworks.com/refrigerator1.htm. [Accessed 20 March 2017].

Physics of Submarines Essays -- physics submarine

Submarines have been around for longer than most people think. The first American attempts at creating a submersible boat date back to the days of the Revolutionary and Civil Wars. These boats, however, turned out to be just as dangerous to the people on board as they were to the enemy boats. So the concept was put aside for a while. But in the 1890's two men named John Holland and Simon Lake built a practical underwater boat. The US Navy bought its first submarine from Mr. Holland on April 11, 1900, a date which is thought of as the birthday of the US submarine force. Submarines progressed in technology throughout the years and were used extensively and quite successfully in both world wars. The major breakthrough in submarine technology came in the next ten years after the war, when nuclear propulsion was developed. Early submarines were driven by big diesel engines. These engines provided plenty of power for turning the propellers to drive the sub as well as a way to heat the sub and provide electricity. There were however a few drawbacks, fuel economy and the ability to stay underwater for long periods of time. In order to run a diesel engine, you of course need diesel fuel and lots of it. This was a problem since you could only carry so much fuel on a ship. Also diesel engines give off emissions. This was not a problem as long as the submarine was on the surface. When they dove, however, there was only a limited amount of space in which you could pump the fumes before you had to surface and vent. You also need an oxygen intake from the surface. Both of these problems were solved, however, by nuclear power. The world's first nuclear powered submarine was an American boat called the USS Nautilus, which was p... ... . 2) Freudenrich, Craig, Ph. D., and Marshall Brian. How Submarines Work. 12 Apr. 2003 . 3) Lehman, Cherie Bibo. Doppler Effect. 10 Apr. 2003 . 4) Nuclear Propulsion. 13 Apr. 2003 . 5) Serway, Raymond A., Robert J. Beichner, and John W. Jewett, Jr. Physics for Scientists and Engineers. 5th ed. N.p.: Thomson Learning, Inc., 2000. 6) Vest, Bryant, and Juli Arendt. What is Sonar? 13 Apr. 2003 . Physics of Submarines Essays -- physics submarine Submarines have been around for longer than most people think. The first American attempts at creating a submersible boat date back to the days of the Revolutionary and Civil Wars. These boats, however, turned out to be just as dangerous to the people on board as they were to the enemy boats. So the concept was put aside for a while. But in the 1890's two men named John Holland and Simon Lake built a practical underwater boat. The US Navy bought its first submarine from Mr. Holland on April 11, 1900, a date which is thought of as the birthday of the US submarine force. Submarines progressed in technology throughout the years and were used extensively and quite successfully in both world wars. The major breakthrough in submarine technology came in the next ten years after the war, when nuclear propulsion was developed. Early submarines were driven by big diesel engines. These engines provided plenty of power for turning the propellers to drive the sub as well as a way to heat the sub and provide electricity. There were however a few drawbacks, fuel economy and the ability to stay underwater for long periods of time. In order to run a diesel engine, you of course need diesel fuel and lots of it. This was a problem since you could only carry so much fuel on a ship. Also diesel engines give off emissions. This was not a problem as long as the submarine was on the surface. When they dove, however, there was only a limited amount of space in which you could pump the fumes before you had to surface and vent. You also need an oxygen intake from the surface. Both of these problems were solved, however, by nuclear power. The world's first nuclear powered submarine was an American boat called the USS Nautilus, which was p... ... . 2) Freudenrich, Craig, Ph. D., and Marshall Brian. How Submarines Work. 12 Apr. 2003 . 3) Lehman, Cherie Bibo. Doppler Effect. 10 Apr. 2003 . 4) Nuclear Propulsion. 13 Apr. 2003 . 5) Serway, Raymond A., Robert J. Beichner, and John W. Jewett, Jr. Physics for Scientists and Engineers. 5th ed. N.p.: Thomson Learning, Inc., 2000. 6) Vest, Bryant, and Juli Arendt. What is Sonar? 13 Apr. 2003 .

Reinforcement Theory Essay

Q# 1: Identify the practices of organization that are indicating the application of reinforcement theory? Answer 1. Focus on proper training before giving task to the employees 2. Monitoring the performance of employees. 3. Formulation of procedures, rules and regulations in detail. 4. Strictness in compliance of rules. Q# 2: You are required to suggest some measures of positive reinforcement that can be implemented by the management of Crisp & Soft restaurant. Answer 1. The manager can start a practice to greet the employees and having pleasant conversation with those who came on time at start of day and conduct a small meeting with staff at closing of day and praised and say thanks those who performed good during the day. These practices will decrease late arrivals and early leaver. 2. The management can start â€Å"Employee of the month† award scheme in which at end of every month letter of appreciation along with small cash price will be give to the employee how performed well during the month. 3. A roll of honor board should be maintained at prominent place in the restaurant where everyone can see it. The pictures of â€Å"Employee of the month† pasted on that board. Q# 3: Assess which level of Maslow’s hierarchy of need the organization is satisfying for lower level staff and managerial level staff? Explain Answer As per Maslow’s hierarchy of need, there are following five levels of human needs: i. Biological Need: The basic requirement for survival of human body e.g. food, water, air and shelter etc. ii. Safety Need: Protection from Cold, Heat, Sand, Storm, Earthquake, Animals, Enemies iii. Social Need: love, acceptance, belonging etc. iv. Self Esteem: Respect, reorganization v. Self Actualization: challenging tasks, In case of lower level workers the Crisp and Soft restaurant management is satisfying level 1 by providing free meal and uniform, paying salaries at reasonable rate and level 2 by making HVAC arrangement for workers. In case of management staff, the restaurant management is trying to satisfying level 3 along with level 1 and 2 also, by providing good salaries (level 1), good working environment (level 2) and membership of social club of restaurant to their staff(level 3) where they can attend get to gathers, family dinners etc.

Mass Media + Politics

How, and to what extent, do the media shape the public agenda? What is the question about? I feel as though the question is asking two things; 1, how, as in the models used to illustrate the media and its shaping of the public agenda. And 2, to what extent, through the barriers and limits of the public and also government can the media do this. I will need to explore the different models that highlight this idea, such as the issue-attention cycle, issue-attention theory, and several other models explaining how agendas are set.I will also need to discover the important factors that the media use to shape how these ideas are brought across to the public which then create the public agenda. These factors that allow this to happen are priming and framing. What is my main argument? My main argument for this essay is that the media strongly mould and manipulate us (the public’s) opinions, views and ideas of what is, and isn’t, important in our lives and what we are exposed to .I will also explain that the models and theories previously mentioned illustrate the steps and levels that this occurs at. I think it is also important to mention framing and priming, and their impact on agenda setting. Framing and priming are the vessel that the media manipulates to shape public agenda, and will be my main idea that is carried throughout my essay, as I believe these are the two main factors that are the ‘how’ in the process of media shaping public agenda.What is the outline of my essay? For my introduction I will define what public agenda is, and explain how the media plays such an integral part in not only our personal opinions, but the views and values of the public as a whole. I will then explain several of the agenda-setting theories and models, such as McCombs, McCombs and Shaw’s, Down’s and Rochefort and Cobb’s creations. After discussing these models, I will introduce priming and framing.I will define these ideas and give k ey examples of how these factors apply in everyday life. Priming and framing will be the main body of my essay, and I will explain the extent to which they affect how the media shape and influence public agenda. I will conclude my essay by summarising how the different models of agenda-setting, along with priming and framing, allow the media to influence the public agenda, and the limitations placed upon this.