SYSTEM OF LINEAR EQUATIONS IN TWO VARIABLES Solve the following systems: 1. x y 8 x y 2 by graphing by substitution by elimination by Cramer’s rule 2. 2 x 5 y 9 0 x 3y 1 0 by graphing by substitution by elimination by Cramer’s rule 3. 4 x 5 y 7 0 2 x 3 y 11 0 by graphing by substitution by elimination by Cramer’s rule CASE 1: intersecting lines independent & consistent m1m2 CASE 2: parallel lines
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In the book “Not For Profit” Martha C. Nussbaum discusses how she believes the humanities is needed in modern day democracy and the important role it plays when producing informed citizens that are able to think critically. Her whole book points to the humanities as being the key to a successful democracy and should be taken into account when comparing different nation’s form of democracy. One would need to read the whole book in its entirety to fully understand her argument for the role of humanities
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Is Profit Maximisation always the major objective of a firm? The production of goods and services in our economy today takes place within organisations‚ whether in the centrally planned economy or free market economy. Any firm within these societies all have the same tendencies to acquire a successful business. Attaining this succession through mission statements‚ goals and objectives is simultaneous through all businesses. Changes in these objectives can have forcible effects on the decisions
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2.1 BCG Matrix Analysis The Boston Consulting Group’s growth-share matrix is the model of analysing the company’s portfolio of SBUs. The following figure plots the position of Virgin’s SBUs. 2.2 Implications of BCG Matrix Analysis on strategy development Portfolio analysis has three uses. First‚ a business can assess the balance of its portfolio… Second‚ the portfolio provides a framework for strategic market planning… Third‚ each SBU should have a clear objective appropriate to its portfolio
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integer number of plants: 0‚ 1‚ 2‚.... Building Q plants costs each firm 3.5 × Q dollars. Each plant produces one unit of SOMA. If firm 1 builds Q1 plants and firm 2 builds Q2 plants‚ the market price p for one unit of SOMA will be 9 − (Q1 + Q2). For example‚ if firm 1 builds 2 plants and firm 2 builds 4 plants‚ the market price will be 9 − (2 + 4) = 3 per unit. At this price firm 1 will make a profit of 2 × 3 − 2 × 3.5 = −1 while firm 2 will make a profit of 4×3−4×3.5 = −2. Assume‚ no firm will
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Strategic Planning for Profit and Non-Profit Organizations Name School Table of Contents Abstract 3 Introduction 4 Discussion 4 Role of government in regulation of non-profit fundraising 4 Demanding of disclosure statements 4 Provision of more funding 5 Appointment of external auditors 5 Role of states in regulating non-profit fundraising 6 Sarbanes-Oxley-type legislation in non-profit fundraising 8 Importance of Sarbanes-Oxley type legislation 8
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quadratic equation is an equation that has a second-degree term and no higher terms. A second-degree term is a variable raised to the second power‚ like x2. When you graph a quadratic equation‚ you get a parabola‚ and the solutions to the quadratic equation represent where the parabola crosses the x-axis. A quadratic equation can be written in the form: quadratic equation‚ where a‚ b‚ and c are numbers (a ≠0)‚ and x is the variable. x is a solution (or a root) if it satisfies the equation ax2 +
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Abstract Have you ever wondered how not-for-profit organizations are not-for-profit? Or how not-for-profit organizations can operate at an accounting profit but still be considered a not-for-profit organization? Over the year’‚ not-for-profit organizations have had many changes in rules and regulations set forth for not-for-profit organizations to abide by. There are three major financial statements involved with not-for-profit organizations and one voluntary financial statement‚ plus four key governmental
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ECON 600 Lecture 3: Profit Maximization I. The Concept of Profit Maximization Profit is defined as total revenue minus total cost. Π = TR – TC (We use Π to stand for profit because we use P for something else: price.) Total revenue simply means the total amount of money that the firm receives from sales of its product or other sources. Total cost means the cost of all factors of production. But – and this is crucial – we have to think in terms of opportunity cost‚ not just explicit
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Cost Accounting – Boston Creamery Boston Creamery Professor John Shank‚ The Amos Tuck School of Business Administration Dartmouth College This case is reprinted from Cases in Cost Management‚ Shank‚ J. K. 1996‚ South Western Publishing Company. The case was prepared by Professor John Shank from an earlier version he wrote at Harvard Business School with the assistance of William J. Rauwerdink‚ Research Assistant. This case deals with the design and use of formal "profit planning and control"
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