Financial Analysis for Managers I Coursework Example | Topics and Well Written Essays - 750 words

Financial Analysis for Managers I - Coursework Example The rent of a warehouse where these pencils are stored is $100; hence it is a fixed cost. $100 would still need to be paid whether 10 pencils are stored there or 1000 pencils. Thus with a change in production, the fixed costs remain unmoved. Cost-Volume-Profit (CVP) analysis is a managerial accounting tool that helps to identify a relationship between the cost, profit and sales volume. It is used to 1) determine the level of output required to achieve any target profit level or 2) to find the impact changes in costs to the profitability. (Mowen & Hansen, 2005) In CVP analysis, 'break even' means to produce goods at such a quantity where there is no-profit and no-loss. It is a position where the company incurs exactly the same amount that it generates from the sales. (Mowen & Hansen, 2005) A direct cost is that cost that can be directly attributable to a specific unit of product or with a specific operation relating to production. On the other hand, an indirect cost is a fixed or overhead cost that does not relate to the production of a particular item and is incurred even when there is no output. (PHB, 2005) The core activity of an accounting teaching class is to educate the students. Therefore all those items that directly relate to the educational process of accounting would be direct costs and those that do not relate to the educational process of accounting would be treated as indirect costs. The salary paid to the accounting teacher and the costs of accounting books will be direct costs since they directly relate to the teaching of the accounting course. The costs of lighting, electricity, janitorial services, etc. would be indirect costs since they just aid in the teaching process but are not directly related to teaching the course. 5. How can out-of-pocket costs and opportunity costs be applied to your personal financial decisions Out of pocket costs and opportunity costs can be applied to an individual's personal financial decisions by comparing both of these costs. If the benefit of playing an hour of football is more that the benefit of studying for an hour, then the individual should use that hour to play football. If one hour is being spent each day at a tuition center which costs $50/hour for a 4 day week, it would cost $800 for a month using up 16 hours. If these 16 hours are used for other work like taking a horse riding lesson which is $400/month, then financially taking horse riding lesso

Exotica and feminisim Essay Example | Topics and Well Written Essays - 2500 words

Exotica and feminisim - Essay Example All the feminist authors and activists are of the view that such type of films showing women mere in supporting roles, as well as exhibiting their body parts as sign of men’s entertainment, are not only humiliating, but also prove the women folk as the lesser creatures or worthless stratum of society, which contain inferior status than men. Before embarking upon the above-described film in details, it would be appropriate to define feminist perspective: Social groups have not only been divided into different classes in respect of socio-economic status and different occupations and professions, but also distribution of the individuals of a society is based on age, ethnicity, race, region, religion and gender too. Social inequalities are found in all fields of life and in all the institutions and organizations existing in a society. In this pretext the Feminist perspective theory came into existence. The idea of division of labor on the basis of gender gave birth to feminism. It was a strong voice against the inequalities between men and women in respect of social status, division of power as well as work and gender discrimination. â€Å"Feminism is†, Macionis submits, â€Å"the advocacy of social equality for women and men, in opposition to patriarchy and sexism. The first wave of feminism in the United States-began in the 1840s as women opposed to slavery drew parallels between the suppression of African Americans and the o ppression of women.† (2007:353) The theory aimed at seeking equal status for women in every field of human life, where no one could treat them as inferior community on the basis of gender discrimination. The theorists who brought the significance of women’s participation in the social construction programs to the limelight were declared as rebels in the beginning, and then liberals and Marxists subsequently. With the passage of

Business 50 p week 2 Essay Example | Topics and Well Written Essays - 250 words

Business 50 p week 2 - Essay Example Policies and procedures define the service culture and the mode of operation within an organization. The essence of recommending changes in the manner in which policies and procedures are established is to give priorities on certain aspects that are critical for employees and customers. Formulation of policies and the process of implementation requires an approach that focusses centrally on the clients while maintaining the interest of the employees (Martinez & Hobbi, 2008). Most of the policies focus on the organization and not the workers and the clients who are supposed to be served. Service culture requires a two-dimensional approach where the interest of the customers and the employees are catered for with due diligence. Catering for the needs of the employees enhance motivation thus increasing the levels of productivity for the organization. Consequently, a customer-centric approach in policy formulation ensures that the client satisfaction in terms of service delivery is achieved as appropriate (Martinez & Hobbi, 2008). Changing the design of policies and procedures enhance prompt service delivery positive impact on the service culture of the

Modern Political Theory Essay Example | Topics and Well Written Essays - 750 words

Modern Political Theory - Essay Example According to Leviathan a person who represents himself is a natural person, such a person representing his own thoughts and actions, whereas an artificial person represents the thoughts and actions of other people. It is possible for a person to alter his actions in different situations. Hobbes defines an actor as a person who is artificial who executes actions of another person whereas an author is someone who is the owner of his own thoughts and words. Hobbes says that a state is an example of artificial person as it cannot express its own actions and thoughts and is controlled by a power known as the Sovereign. It is said that the concept of sovereignty was created with the state in mind during the English Civil War. Thomas Hobbes said that a sovereign represent its people. The actions of the sovereigns are the actions of its people and if any person of the state objects to what the sovereign does then he is actually objecting himself (Machiavelli and Hobbes, 2005) Both Machiavelli and Hobbes both have helped us to get knowledge about political physiology. In order to differentiate between the concepts given by Machiavelli and Hobbes we have to view the methods used by them in their work. Hobbes was a well-known scholar of his time and put forward his political views into scientific forms. According to him if we examine politics from the perspective of science then we can reach to a conclusion and can create a peaceful state. In his book In de Corpore, he presented his views on mathematics, geometry, human nature and physics. He also presented the principles of political science in his book whereas Machiavelli found out how people behave or act in the world. He analyzed the behavior and actions of people and concluded the human nature. He wrote a book named Prince which was written during the Italian war, in which he found out about the selfish behavior of human being. He said that people behave in good manner when it is for their own

The Health of Nations in a Global Context Essay Example | Topics and Well Written Essays - 750 words

The Health of Nations in a Global Context - Essay Example ceptualized by the three authors is they sought to portray the nations health (in this case, it is measured by its infant mortality rate or IMR) is influenced by its status in the global trading system using a statistical method called network analysis based on that countrys level of trade on capital- intensive commodities (four items were selected based on their high-load factors in the high-tech and heavy-manufacturing sectors). The authors had grouped the countries under study into six world-trade system blocks and made comparisons between the amount of trade that particular country has with regards to capital-intensive commodities (independent variables) and its infant mortality rate (dependent variable). Based on their statistical analysis of their selected trade data, the authors concluded that there is a strong correlation between a countrys overall population health (indicated by its infant mortality rate) and its position in the overall framework of the global trading system. In other words, the lower a countrys position in the world trade system, the higher is its IMR. This was the conclusion after eliminating factors like economic dependency, political stability, geographical location and access to seaports (Moore, Teixeira & Shiell, 2006, p. 171). In the brave new world of globalization, health care is seen as just another commodity that is subject to world trade. This means on a global scale, the health policies of most nations had shifted from their governments, in conjunction with the UN World Health Organization, to private enterprises. Global health care today is more a result of privatization of health care than the previous health models of nationally-comprehensive publicly-funded health strategies based on the provision of more valuable basic health care. This is a world view most authors agree that sees health care as just another aspect of global trade among commodities that is no different from agricultural or mining products. Todays global

Louvre and Paris Essay Example for Free

Louvre and Paris Essay It is more often than not that we look at Paris for its beauty vacation destination attraction than for what it truly is, a place enriched with amazing history. A place that is to often looked at for its beauty, not its meaning. The establishment of Paris is astounding with it being 2000 years old. Initially known at Lutetia, it was conquered by Julius Caesar in 52 B. C. The French kings who governed France from 448 until 1848 made many beautiful monuments in Paris which include the palace of Versailles and the Louvre Museum. The Catholic Church being a big part of Paris built many great churches which include Notre Dame and Sainte Chapelle. Paris first became the capital of France in 508 under King Clovis. It is very significant to its country because it is the largest country in Europe. It is also the core of ile de France region. Paris is the political, cultural, and intellectual capital of France. Its elevations are 90 feet above sea level and its surface is 41 square miles. It is located in central northern France. The city does not corner any major body of water and is relatively flat. Some ancient landmarks in Paris are: the Eifel Tower and the palace of Versailles. The Eifel tower is 1050 feet an was completed in 1889. The palace of Versailles home of King Louis XIV was once the most famous monarch and former seat of the French government, People groups populating the city of Paris are 17% Muslim, 21% black, 14% North American, 20% western African, 2% middle eastern, 7. 5% Asian and 4% Vietnamese . Famous people who have lived in Paris are Claude Monet and Alexandre Gustave Eiffel. Religious practices in Paris are predominately Catholic. The transformation of Paris over time into the modern era is the transformation to a more techonological atmosphere and adapting to the modern day fashion and socio-economical culture. Paris as a whole has modernized itself in the technological sense as most of the world has, but has unstained its beautiful architecture and unique quality that makes it one of the most sought out beautiful places in the entire world.

Radio Resource Allocation Scheme

Radio Resource Allocation Scheme Intended for the multi-cell OFDMA based downlink network the Problem is to be formulated as an optimal joint resource allocation. Unfortunately, there is no time-efficient algorithm that can optimally solve equation (4.4) and directly finding the optimal solution will be computationally excessive at the point when the quantity of users and PRBs is huge in the all system. Subsequently, a conceivable problematic asset allotment framework proposed in this undertaking work. So as to decrease the multifaceted nature the asset designation plan is partitioned into two stages; radio asset and power allotments. In this segment, First we clarify the advancement of heuristic calculation for coarse ICIC and fine PRB task to accomplish a concentrated radio asset portion in the system. Subsequent to getting the answer for the radio asset assignment is and after that performed power portion in the second step, which will be talked about in the following area. Radio resources allocation scheme consisting of two phase, Phase 1-ICIC Phase 2- Fine PRB assignment. Phase-1 ICIC In the first phase of our proposed radio resource allocation is to develop an ICIC system using a simple but effective graph-based framework., Our objective is to develop chart that reflects real impedance happening in the ongoing system environment. As per the diagram hypothesis, the relating impedance chart is indicated by G=(V,E) where V is a situated of hubs every speaking to a client in the system, and E is a situated of edges uniting clients that can bring about overwhelming shared obstruction when they are assigned the same PRB. To decrease many-sided quality, the obstruction power for edge associations is resolved only by the nearness of clients in the system and topographical area. ie., cell-edge users suffer from severe interference due to the shorter distances to the adjacent BSs. The information for exact SINR measurements is not required at this stage. For building the edge association per pair, we characterize that the edge between user can and b is associated when E(a,b)=1, generally E(a,b)=0 and note that E(a,b)=E(b,a). The interference graph construction consisting of two basic rules they are as follows, Users inside of the same cell are commonly joined The association for any cell edge user is just match insightful set up with other cell-edge user of its dominant inteferering cells. The meaning of prevailing meddling cells is clarified by the previously stated presumption in framework model. Let Dm mean the set containing lists of prevailing meddling cells to cell-edge user m. Thus, an expressive illustration is shown in figure 5.1 given by (a) presents a simple 3-cell network case, where user 1,2,3 and 5 are cell-edge users of each cell and D1={1}, D2=à Ã‚ ¤, D3={3}, D5={1,2}, respectively. Then the corresponding interference graph is constructed. The concept of this graph-based framework is that simultaneous transmission on the same PRB is prohibited for users who are connected by edges, and thus both intra-cell interference and major ICI can be avoided in the network. Fig 5.1: An example of the graph-based framework. (a) 3-cell scenario (b) Interference graph construction. Phase-II Fine PRB Assignment The first phase construction offers the network with a strategic planning for ICIC but the actual PRB allocation has not been done up till now. In the second phase, therefore we will come to a decision how to practically make the PRB assignment in the network given the interference graph. To reduce complexity, a heuristic algorithm is proposed here to perform a fine PRB allocation by taking account of the instantaneous channel quality. As, major ICI is well looked after by the first stage in the second stage we consider simply SNR for ease by removing the interdependency matter of SINR At this stage power is thought to be similarly disseminated over all PRBs as a result of the force allotment will be tended to in next segment. Thus, SNR for m on PRB n is computed by SNRnm=(Pmax/N)g(j-m)/N0, where j is the serving cell of user m. Let Rm be the arrangement of users why should permitted have the same PRB or in another word, the same shading with user m in the system. Then the PRB allocation can be described in Algorithm 1. Note that finding the necessary Rm is also included in this algorithm. As indicated in Algorithm 1, the PRB assignment decision made to a user is resolved by the in a split second accomplished SNR as well as by a weighting element show by wm. The primary capacity of wm is to adjust the PRB distribution between cell-edge and cell-focus users of the system, i.e., higher weighting worth is given to cell-edge users as altogether reason they accomplish much lower SNRs contrasted with those of cell-focus users. Then again, the relative decency is likewise considered by making note of the quantity of PRBs as of now being used and in this way keeps the PRB designation from being selfishly abused by minority users in the system., Therefore, calculation 1 has the capacity perform PRB allotment that proficiently accomplishes a general execution change with great fairness amidst those two sorts of users in the system taking into account the weighted SNR . At that point the PRB designation can be demonstrated in Algorithm 1. As shown in Algorithm 1, the PRB contribute to choice complete to a user is strong-minded not just with the right away achieved SNR other than too with a weighing factor indicated by wm. The first function of wm is to balance the PRB allocation among cell-edge and cell-centre users of the network, i.e., higher weighting value is given to cell-edge users as in general they achieve much lower SNRs compared to those of cell-centre users. Then again, the relative uniformity is additionally considered by making note of the quantity of PRBs officially involved and in this way keeps the PRB assignment from being selfishly abused by minority users in the system. Thus wm can be expressed by wm=w/|Nm|, where Nm is set of PRBs that are before allocated to user m,| ` | is the cardinality of a set (note that |Nm|= 1 if Nm=à Ã‚ ¤), w = we when user m is a cell-edge user, otherwise w=wc and we>wc for return of the relatively low SNR received by cell-edge users. Algorithm 1 is able to perform PRB allocation based on the weighted SNR that effectively achieves an overall performance improvement with good fairness among those two types of users within the network. Therefore, radio resource distribution schemes effectively mitigated major ICI among cell-edge users of the network. On the other hand, cell-centre users are authorized to distribute PRBs by means of all users within the network (except their serving cells) and thereby may interfere with either cell-edge or cell-centre users of the adjacent cells depending on the PRB allocation by Algorithm 1, This interference determination be dealt by way of the following power allocation move towards. Power Allocation Approach Subsequent to completing the PRB assignment, the estimations of all parallel variable aj mn in mathematical statement (4.4) are resolved. Hence, the first issue is diminished to streamlining issue where just transmission power pj mn is considered. Not at all like the radio asset assignment, the power portion is chosen separately in every cell and after that performed BSs in appropriated way. Accordingly, an appropriated force designation methodology is proposed in this segment with significance on execution advancement for cell-edge users. Total Power Distribution: First and foremost we partition the aggregate transmission power of each cell into two sections: aggregate power of cell-edge users and cell-center users. Let Pj E and Pj C indicate the aggregate power distributed to cell-edge users and cell-center users in cell j, individually, and PjE+PjC=Pmax. Note that Pmax is assumed to be same for all BSs in the network. The determinations of PjE and PjC are based on following rules; relatively higher power is given in the direction of cell-edge users within order to balance the experienced large distance dependent path loss; and PjE(PjC) is proportional to the number of PRBs occupied with cell-edge (cell centre) users in cell j therefore, the relationship between PjE and PjC is expressed as shown in below equation (5.1) .. (5.1) Where BjC and BjE denote sets of total PRBs occupied by cell-centre and cell-edge users within cell j, respectively, and a(0 Power Allocation for Cell-Centre Users Keep in mind the issue detailing, the reason for comparison (4.4) is to restrictively expand the execution of cell-edge users and there is no improvement for cell-center users, while security of their execution is expressed as an essential breaking point. Subsequently, we essentially power the power designation to cell-center users by uniformly disseminating the aggregate power of cell-center users among their utilized PRBs as a part of every cell. Let pj(c).mn mean the power assigned to PRB n utilized by cell-center user m in cell j. At that point the neighborhood power assignment for cell-center users can choose by pj(c).mn demonstrated in comparison (5.2) pj(c).mn = PjC/|BjC|, .. (5.2) Note that user m in foreordained from the past PRB designation calculations by accomplishing aj.mn=1. Accordingly, in the accompanying we pass up a great opportunity m from the subscript variables of pj(c). Mn and streamline the expression as pj(c)n. To keep away from perplexity, we evacuate the general user file m from the subscript of all variables in the rest of this task. Power Allocation for cell-edge users Given the stable PRB portion and force designation of cell-center users, the first improvement issue demonstrated in comparison (4.4) turns into a raised capacity of power of cell-edge users and can be deteriorated into J parallel sub-issues, where the ideal power allotment to cell-edge users is understood near to every BS of the system. Note that such sub-issues are characterized as a grouping of comparison (5.3), where just joint obstruction between cell-edge and cell-center users is taken into clarification. Let pj(e)n indicate the force assigned to PRB n utilized by a cell-edge user in cell j. Along these lines, the target of P2 for cell j is communicated as demonstrated in underneath mathematical statement (5.3) .. (5.3) Where hjn (hj*n) indicates the joint channel impact on PRBn in cell j(j*) including the channel gain and path loss fading components presented in (3), i.e., hjn=g(j-m)nL_d(j-m)_ and Sjn is a set of neighbouring cells in the network (i.e., j*_=j,j*Ej), inside which PRB n is used with a cell-centre user at the moment. Above equation (5.3) is subject to the following constraints of the equation (5.4) .. (5.4) Where yj*n is the SINR accomplished by a cell-center user of neighboring cell j* to whom p(e)n is the impedance source on PRB n, and Ɇ¦ is a suitable SINR edge decided to keep up elite of cell-center users in cell j*. The thought of P2 is to utilize power allotment to boost execution of cell-edge users under the imperative that execution of cell-center users is not generally give us. In other words, power allocation to cell-edge users to be conditionally optimized During order not to generate undesirable interference to cell-centre users in the network. In addition, here we take for granted that required information about the power allocation of cell-centre users in adjacent cells in known by each BS, which in fact are achievable in future wireless networks where specified links, such as the X2 interference in LTE, are built to connect BSs for necessary information exchange among them. The Optimal Solution can be derived in below equation (5.5) (5.5) As a barrier-constrained water-filling process the deviation can be also described graphically. By defining 1/Hjn as the base, 1/ln2~ÃŽ » as the water level and 1/ln2~ÃŽ »-Tjn as the barrier. The allocated power is indicated by the area (e.g., 1 and 2) below the water level and above both base and barrier. The allocated power is zero when either the base or barrier is above the water level. In addition, if the barrier (blue dashed line) is completely under the base, the base, the problem turns into a conservative water-fitting process. Fig 5.2: An example of a barrier-constrained water-filling process.     Ã‚   Lastly, the optimal solution of ~ÃŽ » and ~pj(e)n can be obtained by well known sub-gradient method, which can assurance a rapid convergence after a number of iterations. The difficulty of the future power distribution is O(||BjE||) which is self-governing of the number of cells in the network. Also this complexity is less than that of the general optimal power allocation where the complexity is O(N). For example, because the optimal power distribution is only executed intended for cell edge users and normally |BjE|