Attractiveness Of The Hotel In The Industry Tourism Essay

Attractiveness Of The Hotel In The Industry Tourism Essay The process of conducting research on the business environment within which the organization operates and on the organization itself, in order to formulate and implementation of strategy for future business operations can be mentioned as Strategic analysis of hospitality organization. To do the assessment can use number of tools to process of strategic analysis, including PEST (sometimes PESTLE) for analyze external environment and, SWOT analysis use for the internal environmental scanning, and Michael Porter’s five forces model use to assists to understand the competitive forces, the attractiveness and current position in the industry. An effective way to know the past, present and future potentials regarding the industry development is analyzing the industry background as the part of strategic analysis. The External analysis can assess the factors affecting the industry to be existed including political, economical, social, technological, legal and environmental which have great impacts to run the business and use PESTLE analysis. In any industry which it is domestic or international, whether relating to products or services, the rules of competition are personified in five competitive forces of entry of new competitors, threat of substitutes, bargaining power of buyers, bargaining power of suppliers, and rivalry among the existing competitors. According to Porter, one of the crucial determinants of firm profitability is industrial attractiveness. In this assignment, a strategic analysis of the Galadhari hotel which is in hospitality industry has been done through the combination of both theoretical and practical facts regarding this property including organizational background and industry background of this hospitality sector in Sri Lanka, an assessment of the forces affecting the external environment (the use of PESTLE analysis) and an assessment of the attractiveness of this industry (the use of Porter’s 5 forces) regarding the future strat egic action to grab more hospitality market share. Background of the industry and about Organization By concerning about the Sri Lankan market of tourism there can be seen growth in the tourist market. All this euphoria gives rise to the doubt about whether Sri Lanka Tourism is well on the way to recovery and growth or not. For the last seven months that ended July this year (2010), arrivals are up almost 50% year-on-year (YOY) (341,991), with income also keeping pace at 69% growth (Quarter 2; US$ 244.5 million). The hotel and travel Colombo Stock Exchange (CSE) index has been increased by almost 200% for 2009. Today tourism is running on everyone’s minds, and it is difficult to open a local newspaper without seeing at least one written article on tourism. The reason for the dramatic improvement in Sri Lanka’s tourism data is the victory of war in May 2009. This would be a remarkable result when compared with other regional tourism destinations. Another reason for this improvement was the leader of the terrorist has killed and there is reason for cautious optimism that the social situation in Sri Lanka can improve rapidly. We can hope the company can take advantage of the ‘peace dividend’ by increasing the number of destinations the airline serves. Hotel Galadhari is one of the leading five star luxury hotels in the Sri Lanka. The story of the Galadari Hotel, Colombo which opened its doors in 1984, is a splendid tale of continual improvement of product and highest standard of quality in hospitality over the past 25 years.

Review of the journal article Essay Example | Topics and Well Written Essays - 1250 words

Review of the journal article - Essay Example The main key points are highlighted in the summary segment. Then the essay is evaluated in details in the critique segment. Finally in conclusion segment; important points of entire report have been summarized. Many MNCs of the developed companies have many advantages like brand-value, sophisticated technologies, innovation of products and services and efficient management systems. They also have vast pool of talent and finance. Emerging companies also have many advantages over well-known MNCs. If these advantages are applied efficiently then it can prove fruitful for emerging companies. Example is India’s Tata Group have created a plan and implemented it to develop talent and raise capital. Emerging companies have the advantage to exploit on the knowledge of local product markets. They can capitalize on the advantage at home by adapting on the knowledge of the customers. To grow across the borders, emerging giants exploited the similarities on the countries that are geographically nearer. Local companies have the advantage to realize the customers’ needs and taste. Emerging markets have the advantage to capitalize on local capital markets and local talents. Therefore this can help in a cost effective manner to serve customers in local and abroad. Major example is Indian IT companies such as Wipro, Tata consultancy services, Infosys and Satyam. Institutional void should be treated as a business opportunity as it helps to enhance the credibility of the claims that are made by the sellers and facilitate the flow of information. It also enables to facilitate transaction by creating forum or by distributing goods and services. But MNCs has an edge on intermediaries business. Despite facing bureaucratic and financial issue in the local markets companies used strategies to be successful in global market. Some of the companies exploited their advantage of knowing local talents and capital markets. Some of the companies capitalized on the advantage of

ECON WEEK 2 Assignment Example | Topics and Well Written Essays - 250 words

ECON WEEK 2 - Assignment Example GDP and its related concepts [real GDP, GDP per capita etc.] are therefore incomplete measures of an economy’s health, they only account for goods and services with legal monetary value; that is, those produced and sold in legal markets (Ouanes & Thakur, 1997). Accordingly, productive activities such as a businessman fixing own broken machine, literally bypassing market transaction processes, is overlooked. Secondly, it evident that a country producing too much goods and services might actually do so by emitting too much carbon dioxide into the atmosphere, thus, dampening the quality of life/air within its boundaries. Such negative externalities are always relegated in the periphery in GDP accounting, which by and large reduces the quality of human life (Hunt & Nesiba, 2008). Last but not least, a country’s output increases can be the result of increased hours of work with limited time off duty. Leisure time contributes a great deal to the quality of life that one lives , so much to the extent that it is but a misguided conclusion to assume that more products and services as measured by the GDP translates into a more enjoyable life within an

The Role of the Amygdala in Fear and Panic Essay -- Biology Essays Res

The Role of the Amygdala in Fear and Panic The definition of fear has proved to be an elusive mystery plaguing scientists. While there is much agreement as to the physiological effects of fear, the neural pathways and connections that bring upon these effects are not well understood. From the evolutionary standpoint, the theory is that fear is a neural circuit that has been designed to keep the organism alive in dangerous situations (1). How does it all work? Learning and responding to stimuli that warn of danger involves neural pathways that send information about the outside world to the amygdala, which in turn, determines the significance of the stimulus and triggers emotional responses like freezing or fleeing as well as changes in the inner workings of the body's organs and glands (1). There are important distinctions to make between emotions and feelings. Feelings are "red herrings", products of the conscious mind, labels given to unconscious emotions (2) whereas emotions are distinct patterns of behaviors of neurons. E motions can exist of conscious experiencesas well as physiological and neurological reactions and voluntary and involuntary behaviors (3). But the components of fear goes beyond feelings and emotions. It is also the specific memory of the emotion. After a frightful experience, one can remember the logical reasons for the experience (e.g. the time and place) but one will also "feel" the memory, and his body will react as such (i.e. increased heart and respiration rate, sweating). In one recent case, after a near drowining incident, the victim could not only vividly remember each detail, but when doing so, his body reacted as though he were reliving the experience. These feelings of memory are stored in an ... ... of being harmed at this particular moment. The three emotions can diffuse into one single diffuse state (5). Internet Sources: Isaacson, Robert. The Limbic System. Plenum Press, New York, NY, 1982 Thompson, Jack George. The Psychobiology of Emotions. Plenum Press, New York, NY, 1988 http://academic.uofs.edu/department/neuro/fear.html Van Goozen, Stephanie H. M. (ed.). Emotions: Essays on Emotion Theory. Lawrence Erlbaum Associates, Publishers, Hillsdale, N.J., 1994 Kavanaugh, Robert. Emotion: Interdisciplinary Perspectives. Lawrence Erlbaum Associates Publishers, Hillsdale, N.J., 1996 Muller, Jeff, "Functional Inactivation of the Lateral and Basal Nuclei of the Amygdala by Muscimol Infusion Prevents Fear Conditioning to an Explicit Conditioned Stimulus and to Contextual Stimuli". Behavioral Neuroscience, Vol. 111, No. 4, pp. 683-691, 1997

Cordination Compounds Essay

* FLEXIDENTATE CHARACTER OF POLYDENTATE LIGANDS; * Poly dentate ligands have flexi dentate character in the sense that all donors atoms may not form coordinate bonds with the central metal atom or ion. For example; EDTA which is the hexa dentate ligand also acts as tetra dentate or penta dentate in certain complexes. Similarly sulphate ion, which is a bi dentate ligand, also acts as a mono dentate ligand in certain complexes, e.g. in [Co(SO4)(NH3)5]Cl. * LABILE COMPLEXES; * A complex in which the ligands can be easily replaced by other ligands is called a labile complex. * GEOMETRY OF [CuX4]2- IONS; * The halide complex of Cu (2) shows two different stereo chemistries. In (NH4)2[CuCl4], [CuCl4]2- ion is square planar, but Cs2[CuCl4] and Cs2[CuBr4], the [CuX4]2- ions have a slightly squashed tetrahedral shape. Tetrahedral [CuCl4]2- ions are orange whereas, square planar [CuCl4]2- ions are yellow in colour. * GREATER STABILITY OF Co(+3) COMPLEXES THAN Co(+2) COMPLEXES; * Co+2 ions are very stable & are difficult to oxidise. Co+3 ions are less stable and are readily reduced by water to Co2+. In contrast Co(+2) are less stable and are readily oxidised to Co(+3) complexes, i.e. Co(3) are very stable. This is because CFSE of Co(+3) with d6 configuration is higher than Co(+2) with d7 configuration. * SIDGWICK THEORY OR EFFECTIVE ATOMIC NUMBER (EAN) RULE; * Sidgwick put forward a rule to explain the stability of complexes on the basis of effective atomic number as follows:- EAN of metal in complex= atomic number –oxidation state+2Ãâ€" co-ordination number A stable complex is formed if the EAN is equal to the atomic number of the next noble gas. Thus, from the calculation given in the table below, [Fe(CN)6]4- is more stable than [Fe(CN)6]3- Though this rule is found to be applicable in many cases, yet it fails in no. Of cases as illustrated by last two examples given in the table below: complex| Oxidation state| Atomic number | Co-ordination number| EAN| [Co(NH3)6]3+| +3| 27| 6| 27-3+2Ãâ€"6=36, i.e. [Kr]| [Fe(CN)6]4-| +2| 26| 6| 26-2+2Ãâ€"6=36, i.e. [Kr]| [PtCl6]2-| +4| 78| 6| 78-4+2Ãâ€"6=86, i.e. [Rn]| [Fe(CN)6]3-| +3| 26| 6| 26-3+2Ãâ€"6=35| [Ag(NH3)2]1+| +1| 47| 2| 47-1+2Ãâ€"2=50|

The Past And The Future - 1802 Words

The Present The past and the future are constantly battling over ownership of the present. The influences of tradition and culture keep current times rooted in history, while technological breakthroughs and the hope of improvement keep humanity looking to the future. This same struggle stretches to the realm of societal morality, where the past insists upon the existence of God, while the future demands that civilization exist without the influence of divinity. In Friedrich Nietzsche’s book, The Gay Science, one of the characters argues that the purity of traditional morality has given way to the imperfect and immoral ideals of human nature and societal progression. Friedrich Nietzsche lived from 1844 to 1900 in the country that was†¦show more content†¦When the American colonies separated from the British Empire in 1776, United States citizens were filled with an ardor for nationalism, freedom and self ­sufficiency that has remained in the hearts of Americans to this day. One of the fundamental policies adopted due to this appreciation for self ­rule and liberty is the economic system known as capitalism. And although the United States government set out on a mission to spread propaganda in the 1940s in order to highlight the superiority of capitalism over socialism, our beloved laissez ­faire system has a major dark ­side (Picture). â€Å"According to the United States Department of Labor, over 50% of U.S. garment factories are sweatshops.10 ­12 hour days, six to seven days a week are the regular hours that garment workers toil in the United States† (Homeworkers Under the Fair Labor Standards Act 1). Capitalism runs o n self ­interest, and encourages the exploitation of the people who are the most vulnerable – women, children and migrant workers (Mayday). Under the capitalistic form of economy, powerful individuals are encouraged to take advantage of their workers in order to gain profit for themselves. This system puts the disenfranchised at the mercy of the controlling

Atomic Radius Definition and Trend

Atomic radius is a term used to describe the size of an atom. However, there is no standard definition for this value. The atomic radius may refer to the ionic radius, covalent radius, metallic radius, or van der Waals radius. Atomic Radius Periodic Table Trends No matter what criteria you use to describe the atomic radius, the size of an atom is dependent on how far out its electrons extend. The atomic radius of an element tends to increase the further down you go in an element group. Thats because the  electrons become more tightly packed as you move across the periodic table, so while there are more electrons for elements of increasing atomic number, the atomic radius may decrease. The atomic radius moving down an element period  or column tends to increase because an additional electron shell is added for each new row. In general, the largest atoms are at the bottom left side of the periodic table. Atomic Radius Versus Ionic Radius The atomic and ionic radius is the same for atoms of neutral elements, such as argon, krypton, and neon. However, many atoms of elements are more stable than atomic ions. If the atom loses its outermost electron, it becomes a cation or positively charged ion. Examples include K and Na. Some atoms might lose multiple outer electrons, such as Ca2. When electrons are removed from an atom, it might lose its outermost electron shell, making the ionic radius smaller than the atomic radius. In contrast, some atoms are more stable if they gain one or more electrons, forming an anion or negatively charged atomic ion. Examples include Cl- and F-. Because another electron shell isnt added, the size difference between the atomic radius and ionic radius of an anion isnt as much as for a cation. The anion ionic radius is the same as or slightly larger than the atomic radius. Overall, the trend for the ionic radius is the same as for the atomic radius: increasing in size moving across and decreasing moving down the periodic table. However, its tricky to measure the ionic radius, not the least because charged atomic ions repel each other. Measuring Atomic Radius You cant put atoms under a normal microscope and measure their size—although you can kind of do it using an atomic force microscope. Also, atoms dont sit still for examination; they are constantly in motion. Thus, any measure of atomic (or ionic) radius is an estimate that contains a large margin of error. The atomic radius is measured based on the distance between the nuclei of two atoms that are barely touching each other, which means the electron shells of the two atoms are just touching each other. This diameter between the atoms is divided by two to give the radius. Its important, however, that the two atoms dont share a chemical bond (e.g., O2, H2) because the bond implies an overlap of the electron shells or a shared outer shell. The atomic radii of atoms cited in the literature are usually empirical data taken from crystals. For newer elements, the atomic radii are theoretical or calculated values, based on the probable size of the electron shells. How Big Are Atoms? A picometer is 1-trillionth of a meter. The atomic radius of the hydrogen atom is about 53 picometers.The atomic radius of an iron atom is about 156 picometers.The largest measured atom is cesium, which has a radius of about 298 picometers.