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The basic goal: to create stock-holder value/shareholders wealth Agency relationships: 1.Stockholders versus managers 2.Stockholders versus creditors CHAPTER 1 An Overview of Financial Management

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What is an agency relationship? An agency relationship arises whenever one or more individuals, called principals, (1) hires another individual or organization, called an agent, to perform some service and (2) then delegates decision-making authority to that agent.

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If you are the only employee, and only your money is invested in the business, would any agency problems exist? No… agency problem would exist. whenever the manager of a firm owns less than 100 percent of the firm’s common stock, or the firm borrows. You own 100 percent of the firm.

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If you needed additional capital to buy computer inventory or to develop software, might that lead to agency problems? Acquiring outside capital could lead to agency problems.

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Would it matter if the new capital came in the form of an unsecured bank loan, a bank loan secured by your inventory of computers, or from new stockholders? Agency problems are less for secured than for unsecured debt, and different between stockholders and creditors.

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There are 2 potential agency conflicts: Conflicts between stockholders and managers. Conflicts between stockholders and creditors.

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Would potential agency problems increase or decrease if you expanded operations to other campuses? Increase. You could not physically be at all locations at the same time. Consequently, you would have to delegate decision-making authority to others.

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If you were a bank lending officer looking at the situation, what actions might make a loan feasible? Creditors can protect themselves by (1) having the loan secured and (2) placing restrictive covenants in debt agreements. They can also charge a higher than normal interest rate to compensate for risk.

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As the founder-owner-president of the company, what actions might mitigate your agency problems if you expanded beyond your home campus? 1.Structuring compensation packages to attract and retain able managers whose interests are aligned with yours. (More…)

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2.Threat of firing. 3.Increase “monitoring” costs by making frequent visits to “off campus” locations.

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Would going public in an IPO increase or decrease agency problems? By going public through an IPO, your firm would bring in new shareholders. This would: increase agency problems, especially if you sell most of your stock and buy a yacht. You could minimize potential agency problems by staying on as CEO and running the company.

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Why might you want to (1) inflate your reported earnings or (2) use off balance sheet financing to make your financial position look stronger? A manager might inflate a firm's reported earnings or make its debt appear to be lower if he or she wanted the firm to look good temporarily. For example just prior to exercising stock options or raising more debt. (More…)

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If the firm is publicly traded, the stock price will probably drop once it is revealed that fraud has taken place. If private, banks may be unwilling to lend to it, and investors may be unwilling to invest more money. What are the potential consequences of inflating earnings or hiding debt?

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“Reasonable” annual salary to meet living expenses Cash (or stock) bonus Options to buy stock or actual shares of stock to reward long-term performance Tie bonus/options to EVA What kind of compensation program might you use to minimize agency problems?

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Is it easy for someone with technical skills and no understanding of financial management to move higher and higher in management? No. Investors are forcing managers to focus on value maximization. Successful firms (those who maximize shareholder value) will not continue to promote individuals who lack an understanding of financial management.

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Why might someone interviewing for an entry level job have a better shot at getting a good job if he or she had a good grasp of financial management? Managers want to hire people who can make decisions with the broader goal of corporate value maximization in mind because investors are forcing top managers to focus on value maximization. (More…)

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Balance sheet Income statement Statement of cash flows Personal taxes Corporate taxes CHAPTER 3 Accounting for Financial Management

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Income Statement 20062007 Sales5,834,400 7,035,600 COGS4,980,000 5,800,000 Other expenses720,000 612,960 Deprec.116,960 120,000 Tot. op. costs5,816,960 6,532,960 EBIT17,440 502,640 Int. expense176,000 80,000 EBT(158,560)422,640 Taxes (40%)(63,424)169,056 Net income(95,136)253,584

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What happened to sales and net income?

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Balance Sheets: Assets 20062007 Cash7,282 14,000 S-T invest.20,000 71,632 AR632,160 878,000 Inventories1,287,360 1,716,480 Total CA1,946,802 2,680,112 Net FA939,790 836,840 Total assets2,886,592 3,516,952

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Balance Sheets: Liabilities & Equity 20062007 Accts. payable324,000 359,800 Notes payable720,000 300,000 Accruals284,960 380,000 Total CL1,328,960 1,039,800 Long-term debt1,000,000 500,000 Common stock460,000 1,680,936 Ret. earnings97,632 296,216 Total equity557,632 1,977,152 Total L&E2,886,592 3,516,952

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1. What effect did the expansion have on the asset section of the balance sheet? 2. What effect did the expansion have on liabilities & equity?

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Statement of Retained Earnings: 2007 Balance of ret. earnings, 12/31/2002203,768 Add: Net income, 2003(95,136) Less: Dividends paid, 2003(11,000) Balance of ret. earnings, 12/31/200397,632

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Statement of Cash Flows: 2007 Operating Activities Net Income(95,136) Adjustments: Depreciation116,960 Change in AR(280,960) Change in inventories(572,160) Change in AP178,400 Change in accruals148,960 Net cash provided by ops.(503,936)

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Long-Term Investing Activities Cash used to acquire FA(711,950) Financing Activities Change in S-T invest.28,600 Change in notes payable520,000 Change in long-term debt676,568 Payment of cash dividends(11,000) Net cash provided by fin. act.1,214,168

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Summary of Statement of CF Net cash provided by ops.(503,936) Net cash to acquire FA(711,950) Net cash provided by fin. act.1,214,168 Net change in cash(1,718) Cash at beginning of year9,000 Cash at end of year7,282

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What can you conclude from the statement of cash flows?

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Other Data 20062007 Stock price$6.00$12.17 # of shares100,000 250,000 EPS-$0.95$1.01 DPS$0.11$0.22 Book val. per share$5.58$7.91 Lease payments40,00040,000 Tax rate0.40.4

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Individual Rates for 2006 Taxable Income Tax on Base Rate* 0-6,000010.0% 6,000-27,950600.015.0% 27,950 -67,7003,892.5 27.0% 67,700 -141,25014,625.0 30.0% 141,250 -307,05036,690.0 35.0% 307,050 - 94,720.0 38.6% *Plus this percentage on the amount over the bracket base.

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Ratio analysis Du Pont system Effects of improving ratios Limitations of ratio analysis Qualitative factors CHAPTER 13 Analysis of Financial Statements

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Liquidity: Can we make required payments as they fall due? Asset management: Do we have the right amount of assets for the level of sales? What are the five major categories of ratios, and what questions do they answer? (More…)

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Debt management: Do we have the right mix of debt and equity? Profitability: Do sales prices exceed unit costs, and are sales high enough as reflected in PM, ROE, and ROA? Market value: Do investors like what they see as reflected in P/E and M/B ratios?

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Calculate the firm’s forecasted current and quick ratios for 2007. CR 04 = = = 2.58x. QR 04 = = = 0.93x. CA CL $2,680 $1,040 $2,680 - $1,716 $1,040 CA - Inv. CL

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Expected to improve but still below the industry average. Liquidity position is weak. Comments on CR and QR 200720062005Ind. CR2.58x1.46x2.3x2.7x QR0.93x0.5x0.8x1.0x

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What is the inventory turnover ratio as compared to the industry average? Inv. turnover= = = 4.10x. Sales Inventories $7,036 $1,716 200720062005Ind. Inv. T.4.1x4.5x4.8x6.1x

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Inventory turnover is below industry average. Firm might have old inventory, or its control might be poor. No improvement is currently forecasted. Comments on Inventory Turnover

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Receivables Average sales per day DSO is the average number of days after making a sale before receiving cash. DSO= = = 45.5 days. Receivables Sales/365 $878 $7,036/365

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Appraisal of DSO nFirm collects too slowly, and situation is getting worse. nPoor credit policy. 200720062005 Ind. DSO45.539.537.432.0

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Fixed Assets and Total Assets Turnover Ratios Fixed assets turnover Sales Net fixed assets = = = 8.41x. $7,036 $837 Total assets turnover Sales Total assets = = = 2.00x. $7,036 $3,517 (More…)

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FA turnover is expected to exceed industry average. Good. TA turnover not up to industry average. Caused by excessive current assets (A/R and inventory). 200720062005 Ind. FA TO8.4x6.2x10.0x7.0x TA TO2.0x2.0x2.3x2.5x

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Total liabilities Total assets Debt ratio= = = 43.8%. $1,040 + $500 $3,517 EBIT Int. expense TIE= = = 6.3x. $502.6 $80 Calculate the debt, TIE, and EBITDA coverage ratios. (More…)

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All three ratios reflect use of debt, but focus on different aspects. EBITDA coverage = EC = = 5.5x. EBIT + Depr. & Amort. + Lease payments Interest Lease expense pmt. + + Loan pmt. $502.6 + $120 + $40 $80 + $40 + $0

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Recapitalization improved situation, but lease payments drag down EC. How do the debt management ratios compare with industry averages? 200720062005 Ind. D/A43.8%80.7%54.8%50.0% TIE6.3x0.1x3.3x6.2x EC5.5x0.8x2.6x8.0x

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Very bad in 2003, but projected to meet industry average in 2004. Looking good. Profit Margin (PM) 200720062005Ind. PM3.6%-1.6%2.6%3.6% PM = = = 3.6%. NI Sales $253.6 $7,036

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BEP= = = 14.3%. Basic Earning Power (BEP) EBIT Total assets $502.6 $3,517 (More…)

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BEP removes effect of taxes and financial leverage. Useful for comparison. Projected to be below average. Room for improvement. 200720062005Ind. BEP14.3%0.6%14.2%17.8%

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Return on Assets (ROA) and Return on Equity (ROE) ROA= = = 7.2%. Net income Total assets $253.6 $3,517 (More…)

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ROE= = = 12.8%. Net income Common equity $253.6 $1,977 2007 2006 2005 Ind. ROA7.2%-3.3%6.0%9.0% ROE12.8%-17.1%13.3%18.0% Both below average but improving.

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ROA is lowered by debt--interest expense lowers net income, which also lowers ROA. However, the use of debt lowers equity, and if equity is lowered more than net income, ROE would increase. Effects of Debt on ROA and ROE

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Calculate and appraise the P/E, P/CF, and M/B ratios. Price = $12.17. EPS = = = $1.01. P/E = = = 12x. NI Shares out. $253.6 250 Price per share EPS $12.17 $1.01

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NI + Depr. Shares out. CF per share= = = $1.49. $253.6 + $120.0 250 Price per share Cash flow per share P/CF = = = 8.2x. $12.17 $1.49

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Com. equity Shares out. BVPS= = = $7.91. $1,977 250 Mkt. price per share Book value per share M/B= = = 1.54x. $12.17 $7.91

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P/E: How much investors will pay for $1 of earnings. High is good. M/B: How much paid for $1 of book value. Higher is good. P/E and M/B are high if ROE is high, risk is low. 2007 2006 2005 Ind. P/E12.0x-6.3x9.7x14.2x P/CF8.2x27.5x8.0x7.6x M/B1.5x1.1x1.3x2.9x

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What are some potential problems and limitations of financial ratio analysis? Comparison with industry averages is difficult if the firm operates many different divisions. “Average” performance is not necessarily good. Seasonal factors can distort ratios. (More…)

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Window dressing techniques can make statements and ratios look better. Different accounting and operating practices can distort comparisons. Sometimes it is difficult to tell if a ratio value is “good” or “bad.” Often, different ratios give different signals, so it is difficult to tell, on balance, whether a company is in a strong or weak financial condition.

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What are some qualitative factors analysts should consider when evaluating a company’s likely future financial performance? Are the company’s revenues tied to a single customer? To what extent are the company’s revenues tied to a single product? To what extent does the company rely on a single supplier? (More…)

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What percentage of the company’s business is generated overseas? What is the competitive situation? What does the future have in store? What is the company’s legal and regulatory environment?

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CHAPTER 4 Risk and Return: Part I Basic return concepts Basic risk concepts Stand-alone risk Portfolio (market) risk Risk and return: CAPM/SML

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What are investment returns? Investment returns measure the financial results of an investment. Returns may be historical or prospective (anticipated). Returns can be expressed in: Dollar terms. Percentage terms.

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What is the return on an investment that costs $1,000 and is sold after 1 year for $1,100? Dollar return: Percentage return: $ Received - $ Invested $1,100 - $1,000 = $100. $ Return/$ Invested $100/$1,000 = 0.10 = 10%.

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What is investment risk? Typically, investment returns are not known with certainty. Investment risk pertains to the probability of earning a return less than that expected. The greater the chance of a return far below the expected return, the greater the risk.

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Probability distribution Rate of return (%) 50150-20 Stock X Stock Y Which stock is riskier? Why?

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Assume the Following Investment Alternatives EconomyProb.T-BillAltaRepoAm F.MP Recession 0.10 8.0%-22.0% 28.0% 10.0%-13.0% Below avg. 0.20 8.0 -2.0 14.7-10.0 1.0 Average 0.40 8.0 20.0 0.0 7.0 15.0 Above avg. 0.20 8.0 35.0-10.0 45.0 29.0 Boom 0.10 8.0 50.0-20.0 30.0 43.0 1.00

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What is unique about the T-bill return? The T-bill will return 8% regardless of the state of the economy. Is the T-bill riskless? Explain.

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Calculate the expected rate of return on each alternative. r = expected rate of return. r Alta = 0.10(-22%) + 0.20(-2%) + 0.40(20%) + 0.20(35%) + 0.10(50%) = 17.4%. ^ ^

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Alta has the highest rate of return. Does that make it best? r Alta17.4% Market15.0 Am. Foam13.8 T-bill 8.0 Repo Men 1.7 ^

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What is the standard deviation of returns for each alternative?

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T-bills = 0.0%. Alta = 20.0%. Repo =13.4%. Am Foam =18.8%. Market =15.3%. Alta Inds: = ((-22 - 17.4) 2 0.10 + (-2 - 17.4) 2 0.20 + (20 - 17.4) 2 0.40 + (35 - 17.4) 2 0.20 + (50 - 17.4) 2 0.10) 1/2 = 20.0%.

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Prob. Rate of Return (%) T-bill Am. F. Alta 0813.817.4

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Standard deviation measures the stand- alone risk of an investment. The larger the standard deviation, the higher the probability that returns will be far below the expected return. Coefficient of variation is an alternative measure of stand-alone risk.

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Expected Return versus Risk Expected Securityreturn Risk, Alta Inds. 17.4% 20.0% Market 15.0 15.3 Am. Foam 13.8 18.8 T-bills 8.0 0.0 Repo Men 1.7 13.4

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Coefficient of Variation: CV = Expected return/standard deviation. CV T-BILLS = 0.0%/8.0% = 0.0. CV Alta Inds = 20.0%/17.4%= 1.1. CV Repo Men = 13.4%/1.7%= 7.9. CV Am. Foam = 18.8%/13.8%= 1.4. CV M = 15.3%/15.0%= 1.0.

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Expected Return versus Coefficient of Variation ExpectedRisk: Securityreturn CV Alta Inds 17.4% 20.0%1.1 Market 15.0 15.31.0 Am. Foam 13.8 18.81.4 T-bills 8.0 0.0 Repo Men 1.7 13.47.9

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Return vs. Risk (Std. Dev.): Which investment is best?

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Use the SML to calculate each alternative’s required return. The Security Market Line (SML) is part of the Capital Asset Pricing Model (CAPM). SML: r i = r RF + (RP M )b i. Assume r RF = 8%; r M = r M = 15%. RP M = (r M - r RF ) = 15% - 8% = 7%. ^

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Required Rates of Return r Alta = 8.0% + (7%)(1.29) = 8.0% + 9.0%= 17.0%. r M = 8.0% + (7%)(1.00)= 15.0%. r Am. F. = 8.0% + (7%)(0.68)= 12.8%. r T-bill = 8.0% + (7%)(0.00)= 8.0%. r Repo = 8.0% + (7%)(-0.86)= 2.0%.

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Expected versus Required Returns ^ r r Alta 17.4% 17.0% Undervalued Market 15.0 Fairly valued Am. F. 13.8 12.8 Undervalued T-bills 8.0 Fairly valued Repo 1.7 2.0 Overvalued

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.. Repo. Alta T-bills. Am. Foam r M = 15 r RF = 8 -1 0 1 2. SML: r i = r RF + (RP M ) b i r i = 8% + (7%) b i r i (%) Risk, b i SML and Investment Alternatives Market

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Portfolio Risk and Return Assume a two-stock portfolio with $50,000 in Alta Inds. and $50,000 in Repo Men. Calculate r p and p. ^

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Portfolio Return, r p r p is a weighted average: r p = 0.5(17.4%) + 0.5(1.7%) = 9.6%. r p is between r Alta and r Repo. ^ ^ ^ ^ ^^ ^^ r p = w i r i n i = 1

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# Stocks in Portfolio 102030 40 2,000+ Company Specific (Diversifiable) Risk Market Risk 20 0 Stand-Alone Risk, p p (%) 35

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Stand-alone Market Diversifiable Market risk is that part of a security’s stand-alone risk that cannot be eliminated by diversification. Firm-specific, or diversifiable, risk is that part of a security’s stand-alone risk that can be eliminated by diversification. risk risk risk = +.

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Conclusions As more stocks are added, each new stock has a smaller risk-reducing impact on the portfolio. p falls very slowly after about 40 stocks are included. The lower limit for p is about 20% = M. By forming well-diversified portfolios, investors can eliminate about half the riskiness of owning a single stock.

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Market risk, which is relevant for stocks held in well-diversified portfolios, is defined as the contribution of a security to the overall riskiness of the portfolio. It is measured by a stock’s beta coefficient. For stock i, its beta is: b i = ( iM i ) / M How is market risk measured for individual securities?

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How are betas calculated? In addition to measuring a stock’s contribution of risk to a portfolio, beta also which measures the stock’s volatility relative to the market.

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Using a Regression to Estimate Beta Run a regression with returns on the stock in question plotted on the Y axis and returns on the market portfolio plotted on the X axis. The slope of the regression line, which measures relative volatility, is defined as the stock’s beta coefficient, or b.

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Use the historical stock returns to calculate the beta for PQU. YearMarketPQU 1 25.7% 40.0% 2 8.0%-15.0% 3-11.0%-15.0% 4 15.0% 35.0% 5 32.5% 10.0% 6 13.7% 30.0% 7 40.0% 42.0% 8 10.0%-10.0% 9-10.8%-25.0% 10-13.1% 25.0%

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Calculating Beta for PQU r PQU = 0.83r M + 0.03 R 2 = 0.36 -40% -20% 0% 20% 40% -40%-20%0%20%40% r M r KWE

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What is beta for PQU? The regression line, and hence beta, can be found using a calculator with a regression function or a spreadsheet program. In this example, b = 0.83.

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If b = 1.0, stock has average risk. If b > 1.0, stock is riskier than average. If b < 1.0, stock is less risky than average. Most stocks have betas in the range of 0.5 to 1.5. Can a stock have a negative beta? How is beta interpreted?

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Expected Return versus Market Risk Which of the alternatives is best? Expected SecurityreturnRisk, b HT 17.4% 1.29 Market 15.0 1.00 USR 13.8 0.68 T-bills 8.0 0.00 Collections 1.7 -0.86

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Calculate beta for a portfolio with 50% Alta and 50% Repo b p = Weighted average = 0.5(b Alta ) + 0.5(b Repo ) = 0.5(1.29) + 0.5(-0.86) = 0.22.

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What is the required rate of return on the Alta/Repo portfolio? r p = Weighted average r = 0.5(17%) + 0.5(2%) = 9.5%. Or use SML: r p = r RF + (RP M ) b p = 8.0% + 7%(0.22) = 9.5%.

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SML 1 Original situation Required Rate of Return r (%) SML 2 00.51.01.52.0 18 15 11 8 New SML I = 3% Impact of Inflation Change on SML

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r M = 18% r M = 15% SML 1 Original situation Required Rate of Return (%) SML 2 After increase in risk aversion Risk, b i 18 15 8 1.0 RP M = 3% Impact of Risk Aversion Change

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Has the CAPM been completely confirmed or refuted through empirical tests? No. The statistical tests have problems that make empirical verification or rejection virtually impossible. Investors’ required returns are based on future risk, but betas are calculated with historical data. Investors may be concerned about both stand- alone and market risk.

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FUTURE VALUE PRESENT VALUE ANUITY PERPETUITIES COMPOUNDING DISCOUNTING CHAPTER 2 Time Value of Money

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TIME VALUE OF MONEY The value of money today is not similar to the value of money in the future due to inflation rate It’s involve : FV = future value i = interest rates banks pays per year INT = dollars of interest you earn during the year (beg. Amount x i) PV = Present value n = member of periods involved in the analysis

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FUTURE VALUE Initial deposit = 100 Interest earned = 5% Year of investment = 5 Amount at the end of 5 years??? 0 PV 5 FV FV n = PV (1+ i) n = PV (FVIF i,n )

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PRESENT VALUE Amount expected att the end of 5 years = RM1000 Interest earned = 5% Year of investment = 5 What is the Initial deposit ???? 0 PV 5 FV PV n = FV /(1+ i) n = FV /(1/1+i) n = FV(PVIF i,n )

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ANUITY – Continuous payment Amount expected att the end of 5 years = RM1000 Interest earned = 5% Year of investment = 5 What is the Initial deposit Payment 0 PV 5 FV PVA n = PMT Σ/[1/1+i) t ] = PMT [ (1- /[1/1+i) t ]/i = PMT(PVIFA i,n ) FVA n = PMT Σ/[1+i) n-t = PMT [ (1+i) n -1]/i = PMT(FVIFA i,n )

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PERPETUITIES Annuities that go on indefinitely or perpetually PV (Perpetuity) = PMT/i

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1 CHAPTER 2 Risk and Return: Part I. 2 Topics in Chapter Basic return concepts Basic risk concepts Stand-alone risk Portfolio (market) risk Risk and return:

1 CHAPTER 2 Risk and Return: Part I. 2 Topics in Chapter Basic return concepts Basic risk concepts Stand-alone risk Portfolio (market) risk Risk and return:

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