Banyan Tree Case Essay Example for Free

Banyan Tree Case Essay Banyan Tree is founded in 1992 by Ho Kwon Ping.The first Banyan Tree opened in 1994 in Phuket Island.The resorts were designed to blend into the natural environment. Corporate Strategies  K. P. Ho thinks that company should consider the physical and human environment when making business decisions Business Strategies Goals : â€Å"one of the top two or three dominant players in a global space which is very niche but nevertheless very global† K. P. Ho said. Scope : Banyan Tree provides a luxury retreat for guests. The Banyan Tree target market is narrow and affluent. Competitive Advantage : Banyan Tree goes into locations that are not heavily developed and create sustainable resorts. Logic : Banyan Tree intends to expand locate in diverse locations Differentiation : Focus through a differentiation Environmental Analysis Sociocultural Factors Terrorist attacks September 11,2001 and the Bali bombings The SARS outbreak of 2003 Economic and Natural Factors The Asian Financial Crisi of 1997 The Indian Ocean Tsunami of 2004 Porter’s Five Forces Model Customer Buying Power Tends to be moderate Customers are few in number High buying power Few readily avaible Supplier Bargaining Power Tends to be high Due to the unique locations and high quality products Only a limited number of suppliers available to provide these products and services Entry Barriers Tend to be high Large capital requirements and government regulations Substitutes Due to Banyan Tree’s niche market and concept it is important for them to be aware of readily available substitutes Rivalry Among Existing Firms Banyan Tree Competition Aman Resorts Como Hotels Six Senses Hotels One and only Resorts Angsana Competition Four Seasons Shangri-La Hotels Strategic Direction Mission Statement We want to build a globally recognized brand which by inspiring exceptional experiences among our guests,instilling pride and integrity in our associates and enhancing the physical and human environment in which we operate, will deliver attractive returns to our shareholder. Vision Statement To build on its brands, Banyan Tree and Angsana to create a diversified group of niche resorts and hotels in strategic locations throughout the world, which would be complemented by residence and property sales,spa and gallery operations. Organizational Resource Analysis Strengths Well known and reputable brand name Strong brand identity Brand visibility Customer Loyalty Weaknesses Lack of knowledge of target market in global Small talent poot to choose from because properties are in remote locations Organization Resource Analysis Physical Unspoiled,unique locations Outstanding facilities Sustainability Sensitive design Human CEO is a major source of competitive advantage Well trained and motivated employees Corporate Partners such as American Express,Citibank etc. Financial Profits have risen significantly since the 2004 Tsunami High price to cost ratio Strong links to financiers General Organizational Resources Brand and organizational reputation Aspirational brand position Knowledge and Learning Entrepreneurship strategy Diverse culture

Immigration to the United States :: Immigrants Culture Cultural Essays Papers

Immigration to the United States Immigration has always been in existence in the United States since the beginning of American History. At the turn of the 20th century immigration has been an issue for the people in this country. The ironic thing is that the majority of the population has evolved from some type of immigrant. In every journal that I was given to read or video to watch it always comes down to the same thing, people have a problem with other people because they are immigrants. I believe people carry a fear when it deals with people that they cannot understand. After reading the article Why Migration it made me realize that people don?t always migrate to another country for lack of jobs or food. Migrating to another country could be the cause of persecution or no jobs that are available for what the community of people know how to do. The jobs they have always performed their whole life may have just been eliminated or moved to different areas of the world. According to the article it states that countries including Mexico and South Korea had increasing rates of Gross National Product during the 70?s and yet their rate of emigration was the highest. This could be the cause of the jobs they were accustomed to where now residing in the United States or the jobs they once held were lost to industrial machines. In the 80?s America saw an increase of Salvadorians enter the country. This was not a problem until the war escalated in 1981. Most of the people could not work with the war going on and the chances of death during the war were not ignored as people fled the country. People leave for different reasons some for financial situations, persecution, jobs, and overpopulation. Laos experienced persecution after the Vietnam War. The people were tortured and murdered for their participation in resistance towards the northern Vietnamese. Americans complain about the existing problem of immigration but they need to look at their own participation in the problem. The wealth of the nation that demands service such as house cleaning, cooks, servers, dish washers, etc.

Deriving Keplers Laws of Planetary Motion

Deriving Kepler’s Laws Tanner Morrison November 16, 2012 Abstract Johannes Kepler, a world renowned mathematician and astronomer, formulated three of today’s most in? uential laws of physics. These laws describe planetary motion around the sun. Deriving these laws (excluding Kepler’s First Law) will stress the concept of planetary motion, as well as provide a clear understanding of how these laws became relevant. 1 Kepler’s First Law Kepler’s First Law states: The orbit of every planet is an ellipse with the Sun at one of the two foci. 2 Kepler’s Second LawKepler’s Second Law states: A line joining a planet and the Sun sweeps out equal areas during equal time intervals. In more simpler terms, the rate at which the area is swept by the planet is constant ( dA = constant). dt 2. 1 Derivation Of Kepler’s Second Law To start this derivation, we will need to know how to ? nd the area that is swept out by the planet. This area is equa l to ? r A= rdrd? = 0 r2 ? 2 (1) 0 The position can be de? ned by the planetary motion. r = r cos + r sin i j (2) The velocity can then be found by taking the derivative of the position. r = (? r sin ? d? dr d? dr + cos ? )? + (r cos ? i sin ? )? j dt d? dt d? (3) As noted during the derivation of Kepler’s First Law, h is a constant, due to the fact that r ? r is a constant. h = r ? r = constant To ? nd the constant vector h evaluate the determinate that is given by the cross product of r ? r . ? ? ? ? ? i j k h=? r cos ? r sin ? 0? dr d? dr d? ?r sin ? dt + d? cos ? r cos ? dt + d? sin ? 0 Once the determinate is evaluated it can be simpli? ed to h = r2 1 d? ? k dt (4) The magnitude of this vector being (the same). |h| = r2 d? dt (5) by the de? nition of h this value is a constant. Recall that the area swept out by the planet can be described as. r A= rdrd? = 0 r2 ? 2 0 The area swept through a little change in time (dt) is then equal to r2 d? dA = dt 2 dt Notice dA dt (6) looks alot like h = r2 d? dt h dA = dt 2 Showing that a constant. 3 dA dt is constant. Showing that the area swept out by the planet is Kepler’s Third Law Kepler’s Third Law states: The square of the orbital period of a planet is directly proportional to the cube of the semi-major axis of its orbit. This derivation will show that 4 ? 2 a 2 b2 T2 = h2 3. 1 Deriving Kepler’s Third Law From the derivation of Kepler’s Second Law we know that h dA = dt 2 By using integration we can ? d the area swept out during a certain time interval (T), the period. The fundamental theorem of calculus states that the integral of the derivative is equal to the integrand, T T dA = 0 h 2 dt 0 2 by simplifying we get the area of the planetary motion h T 2 A= (7) recall that A = ? ab, inputting this into our area equation we get ? ab = h T 2 Solving for the period (T), we get 2? ab h T= By squaring this period we get, 4 ? 2 a 2 b2 h2 T2 = (8) 2 Recall the directrix of an ellipse is (d = h ) and the eccentricity of an ellipse is c c (e = GM ). Multiplying these together and simplifying we get ed = 2 e h2 = eGM GM (9) Also recall that the square of half of the major axis of an ellipse is a2 = and the square of half of the minor axis is b2 = v Consider v a2 = e2 d2 (1 ? e2 ) 2 e2 d 2 (1? e2 ) . =a= e2 d2 (1? e2 )2 Solving for a ed 1 ? e2 2 b a b2 e2 d2 (1 ? e2 ) = = ed a (1 ? e2 ) ed (10) Equating equations (9) and (10) yields h2 b2 = GM a Simplifying this we get h2 = recalling T 2 = 4? 2 a2 b2 , h2 b2 GM a (11) inserting the new found h we get T2 = 4? 2 a2 b2 a 4? 2 a3 = h2 GM GM (12) Showing that the square of the period (T 2 ) is proportional to the cube of the semi-major axis (a3 ). 3

The Human Immunodeficiency Virus ( Hiv ) - 948 Words

The Uses of Blood by the HIV Virus Blood-borne diseases have contributed greatly to poor health outcomes among individuals and communities. Though blood fulfills various functions to ensure our survival, it can also act as the mechanism through which we become diseased. Understanding the characteristics of such infectious diseases is essential to preventing further cases. In this paper I will discuss how the human immunodeficiency virus (HIV) uses blood to cause illness within the infected individual and transmit to others. In particular, this paper will assess the implications of HIV/AIDS for individuals, between people, and in societies. The outbreak of acquired immunodeficiency syndrome (AIDS) was first recognized in the 1980s in the†¦show more content†¦This event was important in demonstrating the ability of HIV to spread through blood, along with other bodily fluids. One way that blood is used by HIV/AIDS is to cause illness within those who become infected. While pathogens may be spread through various routes, the HIV virus is commonly transmitted by blood and other bodily fluids because it does not survive for a long duration outside of the body (Avert, 2014b). Though previous studies have reported the potential of HIV to thrive in an external environment for several weeks, the survival of the virus is dependent on several factors including quantity of the fluid, virus concentration, and the surrounding temperature and acidity (Aidsmap, 2015). As such, HIV is transmitted best when it comes into direct contact with people. The optimal route of exposure is through the bloodstream or mucous membranes of the body (AIDS.gov, 2014a). Pathways of the blood allow the HIV virus to contact and destroy immune cells. Individuals may feel flu-like symptoms a few weeks after being infected. However, many are unaware of their infection, though contagious, unt il later stages of the disease (World Health Organization [WHO], 2014). The destructive actions of HIV lead to increased susceptibility to other infections and the development of certain cancers, which characterizes the later stage of HIV known as AIDS (WHO, 2014). Blood has shown to greatly contribute to the ability of HIV to thrive in