Premium Essay

At&T Risk

In:

Submitted By kajockboy
Words 342
Pages 2
Required Rate of Return (CAPM) and Dividends: Based upon the previous three years’ dividend payments, AT&T appears to have a target payout ratio of 70%-80% of earnings. As earnings are cyclically depressed due to the economic downturn, the payout ratio is currently at the upper end of the payout range. With dividends projected to grow at 5% per year, the payout ratio will decline from 83% to 71% in five years and 69% at the terminal value, at which point dividends will grow at 5% in perpetuity. The company’s most recent dividend of $1.64 translates to a 6% dividend yield on the company’s shares. Thus the expected return on the company’s shares is approximately 11%. We have also estimated an 11% required rate of return on the company’s shares using the Capital Asset Pricing Model (CAPM). A risk-free rate of approximately 4% can be extrapolated from the yields for 10-year and 30-year Treasury securities (approximately 3.5% and 4.4% respectively) for long-lived assets such as AT&T’s network. Based on empirical observation, a 7% historical market risk premium has been observed in the stock market. Finally, we have estimated the beta of AT&T’s equity to be 1.0, which we feel is more indicative of the riskiness of the company’s assets than the observed beta of 0.85. Specifically, the company has increasingly become reliant upon growth in newer, more-risky segments such as wireless, data, and fiber optic (U-Verse TV) and less reliant upon the declining wireline segment. Sprint Nextel, with a beta of 1.15, is a proxy for a firm that is involved almost exclusively in wireless. The segments now driving AT&T’s growth more resemble a cyclical technology company than a stodgy, countercyclical telecommunications utility like the old Ma Bell. It is in these segments that most of the
8
company’s capital expenditures will be directed; we believe that the riskiness of AT&T’s assets

Similar Documents

Premium Essay

At&T Risk Analysis

...techniques 7. Conclusions 8. References 1. AT&T Background AT&T Inc. is an American multinational corporation that provides telecommunications services to consumers, businesses, and other providers worldwide. Founded in 1983 as SBC Communications Inc. and changed its name to AT&T Inc. in November 2005, is considered the leading company in the telecommunication industry by Fortune 500 ranked as the number 11th; Headquartered in Dallas, Texas AT&T Inc. has 256,420 employees. AT&T Inc. common stock is listed on the New York Stock Exchange under the symbol of “T” (NYSE: T) making the company one of the 30 stocks that make up the Dow Jones Industrial Average. It is also a Fortune 500 company ranked the largest communications holding company in the world by revenue of $126,723 millions and by profits $3,944 according to the latest results in 2012. Its direct competitor is Verizon Communications with $110,875 millions in revenue and $2,404 millions in profits, 20% bellow of AT&T. According to its 2011 Annual Report, the company has invested $20.3 billions in project for wireless and mobile capabilities, this is represented by 76% of the 2011 revenue with a 7.5% growth year over year; also $10.2 billions paid to stockholders and $34.6 billions cash generated from operating activities. AT&T purchase of T Mobile is expected to go through by the end of the year. AT&T as a result of the deal will become the largest...

Words: 1692 - Pages: 7

Premium Essay

Improving Summer School for at-Risk Students T

...Improving Summer School for At-Risk Students to Improve MAP Achievement H Abstract “Race to the Top” have left public education systems searching for ways to make sure students are reaching their highest potential. Because of the importance of accountability issues to school systems, it is important to examine ways to help students reach their potential. One tool school districts use to aid in improving student achievement is summer school. This qualitative study provides an overview of the history of summer school. Additionally, it offers a synopsis of various types of summer programs and at-risk student populations often targeted by summer school. The researcher also offers a review of literature on student learning loss over the summer months. Summer learning programs have the potential to help children and youth improve their academic and other outcomes. This is especially true for children from low-income families who might not have access to educational resources throughout the summer months and for low-achieving students who need additional time to master academic content. Because many students loose learning over the summer and some students need more time on task to master content, participation in summer learning programs should mitigate learning loss and could even produce achievement gains on standardized test such as MAP. Overview One hundred and fifty Title I-eligible students from Chandler Creek Elementary school will enroll each...

Words: 5364 - Pages: 22

Free Essay

Children's Functional Assessment

...independent activities. Often imitate parents or caregivers. Ex. brushing teeth on their own but unaware of the health benefits. | Able to verbalize when in pain or not feeling well. Curious about their body and its functions. View the internal body to be hollow. | Aware of how their body functions and when it is sick or not functioning properly. Have abstract thought and understand the definition of health and factors causing illness. Cultural influences contribute to their perception of illness. | | Risk for injury r/t accidental exposure and environmental dangers. Risk for poor health maintenance r/t caregiver knowledge deficit. | Risk for disturbed body image r/t body image issues, size or deformities producing sense of vulnerability and fear. Risk for infection r/t up to date immunizations. | Risk for self-neglect r/t poor hygiene and show of no interest in their appearance. Risk for ineffective health maintenance r/t learning poor health habits by imitating their caregivers. | Nutritional-Metabolic Pattern:...

Words: 2842 - Pages: 12

Premium Essay

Mba Finance Study Guide

...Chapter 6. Risk, Return, and CAPM Dollar return: Amount to be received-Amount invested Rate of return: Amount received-Amount investedAmount invested Stand-alone risk is the risk an investor has in just holding the one asset Expected rate of return: r=i=1npiri Where P is probability of i outcome and r is the rate of return The more leptokurtic the distribution, the more likely the actual outcome will be closer to the expected return. Measuring Standalone Risk: Standard Deviation 1. Expected Rate of return 2. Deviationi= ri-r 3. Variance=σ2=i=1n( ri-r)2Pi 4. Standard Deviation=σ=Variance 5. Or use Excel of Financial calculator Using Historical Data to Measure Risk: Realized Rates of Return: rAvg=t=1nrtn Standard Deviation of the Sample Returns: σ=S=t=1n(rt-rAvg)n-1 In Excel use =Average and =STDEV functions Measuring Standalone Risk: Coefficient of Variation Coefficient of variation = CV=σr Risk Aversion and Required Rate of Return Assume risk aversion for investors Textbook Example: Basic Food’s Price up to $150 from $100 Sale.com Price down to $75 from 100. Difference in return, 20%-10%= Risk Premium Risk in Portfolio Context Expected return on portfolio=Weighted expected return=rp=i=1nwiri Portfolio Risk Stocks can be combined into portfolios which then become less risky to riskless depending on the correlation of the assets. Stocks with a ρ=-1 are perfectly negatively correlated. The inverse is positively correlated. Expected...

Words: 1934 - Pages: 8

Free Essay

Essay

...Risk in Housing Markets: An Equilibrium Approach⇤ Aurel Hizmo† NYU Stern January 30, 2012 Abstract Homeowners are overexposed to city-specific house price risk and income risks, which may be very di cult to insure against using standard financial instruments. This paper develops a micro-founded equilibrium model that transparently shows how this local uninsurable risk a↵ects individual location decisions and portfolio choices, and ultimately how it a↵ects prices in equilibrium. I estimate a version of this model using house price and wage data and provide estimates for risk premia for di↵erent cities, which imply that homes are on average about $20000 cheaper than they would be if owners were risk-neutral. This estimate is over $100000 for volatile coastal cities. Next, I simulate the model to study the e↵ects of financial innovation on equilibrium outcomes. Creating assets that hedge city-specific risks increases house prices by about 20% and productivity by about 10%. The average willingness to pay for completing the market per homeowner is between $10000 and $20000. Welfare gains come both from better risk-sharing and from more e cient sorting of households across cities. ⇤ I am deeply grateful to Patrick Bayer, Andrew Patton, and Peter Arcidiacono for their encouragement and support. I also thank Robert McMillan, Tim Bollerslev, Vish Viswanathan, Chris Timmins, Jimmy Roberts and the seminar participants at Duke Finance, the ERID Conference at Duke, Fed Board, NYU Stern...

Words: 24521 - Pages: 99

Premium Essay

Corporate Finance

...value of investment’s cash flows * Concept of present value: value of investment = PV(CF°, CF1, CF2…) Important characteristics of cash flows: * Time: for the same amount of money, now is preferred to tomorrow * Uncertainty: risk and return (1 for sure is preferred to half a chance to get 2) Opportunity cost of capital: Definition: opportunity cost of capital is the expected rate of return offered by equivalent investments in financial markets Net present value (investment rule) Definition: NPV of an investment is the current market value of its cash flows * accept project if its NPV is positive Arbitrage pricing An arbitrage is an investment opportunity such that: * It requires no positive investment today but yields positive payoffs in the future (type 1) * Yields positive payoff today without requiring positive payment in the future (type 2) Present value Valuing cash flows The future value of a cash flow of C dollars in T years when invested at a rate-of-return r is: FV(C) = $C * (1+ r)T We can deduce of this the present value of an amount of money received in T years: PV(C) = $C(1+r)T=$C*[discount factor at r, maturity T] Discount factor at r, maturity T = 1(1+r)T Project evaluation {Cfi, I ϵ [0;T]}: NPV = ∑ Cfi(1+r)i * Positive (<0) NPV projects increases (decrease) the value of a firm by the amount of the NPV * NPV rule: undertake all projects that has a positive NPV Shortcuts to Special Cash Flows Recall: PV (cash...

Words: 1786 - Pages: 8

Free Essay

Credit Risk Model

...University of Florence Faculty of Economy Master’s Degree in Bank, Insurance and Financial Markets Thesis in Applied Statistics for Banks and Insurances Credit Risk Models: Single Firm Default and Contagion Default Analysis Supervisor: P rof essor Fabrizio Cipollini Student: Marco Gambacciani Academic Year 2009/2010 Contents Introduction . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1 Structural Models 1.1 Terminal Default . . . . . . . . . . . . 1.2 First Passage Models . . . . . . . . . . 1.2.1 The Black and Cox’s Model . . 1.2.2 Longstaff and Schwartz’s Model 1.2.3 Leland and Toft’s Model . . . . 1.2.4 Zhou’s Model . . . . . . . . . . 1.2.5 Random Threshold Model . . . 2 5 5 11 11 15 19 24 30 35 36 39 41 45 48 50 51 56 67 76 77 79 79 82 83 84 94 114 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2 Modelli reduced form 2.1 Approach With An Homogenous Poisson Process . . 2.2 Approach With a Non-Homogenous Poisson Process 2.3 Approach with a Cox’s Process . . . . . . . . . . . . 2.4 Bond and Spread Valuation . . . . . . . . . . . . . . Models For The Correlation Between Defaults 3.1 Bottom-Up Models . . . . . . . . . . . . . 3.1.1 Structural Apporach . . . . . . . . 3.1.2 Intensity Models Approaches . . . 3.1.3 Approaches with...

Words: 33386 - Pages: 134

Premium Essay

Adsfads

...CHAPTER 5 Risk and Rates of Return    Stand-alone risk Portfolio risk Risk & return: CAPM / SML 5-1 Investment returns The rate of return on an investment can be calculated as follows: Return = (Amount received – Amount invested) ________________________ Amount invested For example, if $1,000 is invested and $1,100 is returned after one year, the rate of return for this investment is: ($1,100 - $1,000) / $1,000 = 10%. 5-2 What is investment risk?  Two types of investment risk     Stand-alone risk Portfolio risk Investment risk is related to the probability of earning a low or negative actual return. The greater the chance of lower than expected or negative returns, the riskier the investment. 5-3 Probability distributions   A listing of all possible outcomes, and the probability of each occurrence. Can be shown graphically. Firm X Firm Y -70 0 15 Expected Rate of Return 100 Rate of Return (%) 5-4 Selected Realized Returns, 1926 – 2001 Small-company stocks Large-company stocks L-T corporate bonds L-T government bonds U.S. Treasury bills Average Return 17.3% 12.7 6.1 5.7 3.9 Standard Deviation 33.2% 20.2 8.6 9.4 3.2 Source: Based on Stocks, Bonds, Bills, and Inflation: (Valuation Edition) 2002 Yearbook (Chicago: Ibbotson Associates, 2002), 28. 5-5 Investment alternatives Economy Prob. T-Bill HT Coll USR MP Recession ...

Words: 2438 - Pages: 10

Premium Essay

Project Management 410

...Matrix……………………………………….…………………7 Risk Register…………………………………………………….….………………..8 Summary Risk Report……………………………………….…….………………..10 Conclusion…………………………………………………….…………………..…11 Reference Page………………………………………………….…………………...12 Appendices……………………………………………………………………..……13 Top Risk, Actions and Owners & Probability-Impact Matrix Prepared by: Adrian Martinez, George Ogaja, and Daniel Matos Approved by: Professor Festus Elleh Introduction This document is the Risk Management Plan for the Wi-Fi Service at DFW Terminals Project, defining the risk management process to be employed throughout the life of this project. The Dallas/Ft. Worth International Airport and AT&T have joined efforts to provide free Wi-Fi services across four DFW Terminals (Terminals A through D). Customers will be able to access the complimentary Wi-Fi service by the beginning of September 2015. Dallas/Ft. Worth International Airport has contracted out its infrastructure cable built out to Real Services Inc. DFW Airport, AT&T and Real Services Inc., will plan, execute and complete the backbone cabling within the allotted time. This document has been created to assist in ensuring that the project gets completed on time. The document also contains several methodologies that will be used and implemented by the team. Several risks will be identified and will be registered throughout the project. The main purpose of this report is to describe the risks that will occur during the project. The Risk Register and this document...

Words: 2029 - Pages: 9

Free Essay

Fixed Income Portfolio Management

... The fixed-income portfolio problem presents unique challenges: the risk of issuer default induces skewed return distributions, the correlation of defaults influences the tail of the portfolio return distribution, and credit derivative positions have complex risk/return implications. This paper addresses the static selection problem for a fixed-income portfolio. We optimize the total mark-to-market value of the portfolio at the investment horizon. This value incorporates the intermediate premium and default cash flows of long and short cash and derivative positions, and the survival-contingent market value of these positions at the horizon. The selection problem is cast as a polynomial goal program that involves a two-stage constrained optimization of preference weighted moments of the portfolio mark-to-market. The decision variable is the vector of contract notionals. A capital constraint guarantees the solvency of the investor. The multi-moment formulation addresses the non-Gaussian distribution of the portfolio mark-tomarket. It is also computationally tractable, because we obtain analytical expressions for the moments of the portfolio mark-to-market, which are given in terms of nested expectations under risk-neutral and actual probability measures. The expressions are valid for a broad class of intensity-based, doubly-stochastic models of correlated default timing that are widely used in portfolio credit risk and derivatives pricing. Numerical results illustrate the...

Words: 19189 - Pages: 77

Premium Essay

Marriot

... o Profiting from the sale of its hotel assets while still generating revenue from those assets, reduces risk increases ROA, profitability, and frees up cash for other positive NPV opportunities. This process is consistent with its strategy of growth. • Invest in projects that increase shareholder value. o As long as the company invests in projects with a positive NPV and a irr higher then the set hurdle rate - relative to market interest rates, project risk, and estimates . then this is consistent with its strategy of growth • Optimize the use of debt in the capital structure. o by focusing on its ability to service its debt. The lower they can bring their debt percentage their value will increase and is consistent with its strategy of growth • Repurchase undervalued shares o Buys backs will result in a higher PE ratio and investors currently holding stocks will see increase in their share value. Thou these are great signs by a company it could be just a different way to pay dividends. The greater loss is the opportunity to reinvest in other positive npv projects. ▪ Just to keep share holders happy may not be the best strategy for growth 2) How does Marriott use its estimate of its cost of capital? Does this make sense? Marriott uses a Debt capacity and the cost of Debt: with a risk free rate, the floating and the fixed debt, its separates the divisions, uses A-rated debt for the spread, and...

Words: 1233 - Pages: 5

Premium Essay

Interest Rates

...INTEREST RATE RISK MANAGEMENT: DEVELOPMENTS IN INTEREST RATE TERM STRUCTURE MODELING FOR RISK MANAGEMENT AND VALUATION OF INTEREST-RATE-DEPENDENT CASH FLOWS Andrew Ang* and Michael Sherris† ABSTRACT This paper surveys the main concepts and techniques of recent developments in the modeling of the term structure of interest rates that are used in the risk management and valuation of interest-rate-dependent cash flows. These developments extend the concepts of immunization and matching to a stochastic interest rate environment. Such cash flows include the cash flows on assets such as bonds and mortgage-backed securities as well as those for annuity products, life insurance products with interest-rate-sensitive withdrawals, accrued liabilities for definedbenefit pension funds, and property and casualty liability cash flows. 1. INTRODUCTION The aim of this paper is to discuss recent developments in interest rate term structure modeling and the application of these models to the interest rate risk management and valuation of cash flows that are dependent on future interest rates. Traditional approaches to risk management and valuation are based on the concepts of immunization and matching of cash flows. These ideas were pioneered in the actuarial profession by the British actuary Frank Redington (1952). Interest rates have long been recognized as important to the risk management of insurance liabilities. Recent developments have incorporated a stochastic approach to modeling interest...

Words: 18994 - Pages: 76

Premium Essay

Interest Rate Risk

...Interest Rate Risk Dr HK Pradhan XLRI Jamshedpur Hull Ch 7 Fabozzi chapters on duration & Convexity, Ch-7, Convexity Stochastic Process notes Session Objectives j  Valuation of fixed income securities  Risks in fixed income securities  Traditional measures of risk – (we know PVBP, duration and convexity, M-Square) M Square)  VaR based risk measures  Interest rate volatility calculations  Portfolio risk & Cash flows mapping issues  Var for Interest Rate Derivatives  Interest rate risk and Bond portfolio management Profile of Interest Rate Markets, Instruments & Institutions Bond Price P 1  y  C1 1  1  y  C2 2  1  y  Ct C3 3  1  y n Cn price Sum of the present values of each cashflows p P  n t 1 1  y  t  M 1  y n yield  price < par (discount bond)  price = par (par bond)  price > par (premium bond) Concept of Accrued Interest p  When you buy a bond between coupon dates, you pay the seller: Clean Price plus the Accrued Interest – pro-rated share of the fi coupon: i d h f h first interest d does not compound b d between coupon payment dates. LD Days Accrued Interest  Total T from last Coupon between Coupon Date Dates Days ND (Coupon) Dirty Price  Clean price  Accrued Interest Accrued Interest  Face * C T  LD * 2 ND  LD Bond Valuation Value of a bond is the present value of future cashflows, so...

Words: 6633 - Pages: 27

Free Essay

Portfolio Analytics

...Portfolio Analytics 1. Introduction: To analyze our portfolio and determine its exposure to risk factors, we assumed that: Rit+1=a+bi,1F1t+bi,2F2t+…+bi,nFnt+eit+1 First, we calculated z-score for logarithm of b_p and logarithm of cap to determine sensitivities for stock-specific factors. After we got all 13 sensitivities, we did a weighted regression of the 13 sensitivities against the 1000 stock’s forward return in 60 periods, respectively. For each period, we got 13 coefficients, which were the risk premiums for each risk factor. Finally, we regressed the risk premium from our regression against the portfolio return, bench return and active return. Doing so, we get these returns’ sensitivities against risk factors and were able to determine our portfolio’s exposure to various risk factors. 2. Procedures and Analysis 2.1. Working Procedure Nearly all of the calculations in part II were done by VBA Macros. In the Project part2.xlsm, there were 6 worksheets. The Data recorded all the cross-sectional data for 60 periods, having 1000 stocks in each period. StockPriceData recorded the data for stocks in our portfolio. To run the regression, we assumed that for a particular stock, the forward return in a particular period was, rt+1=bisec10λsec10+…+bisec55λsec55+bibetaλbeta+bilnbpλlnbp+bilncpλlncp+e . The equation has no intercept, the risk premium for sector factor has already included the zero beta rate. To prevent stocks with smaller market capitalization...

Words: 1386 - Pages: 6

Premium Essay

Chapter 1- Testbank Reilly

...dollars and certain current dollars is known as the pure rate of interest. ANS: T PTS: 1 2. An investment is the current commitment of dollars over time to derive future payments to compensate the investor for the time funds are committed, the expected rate of inflation and the uncertainty of future payments. ANS: T PTS: 1 3. The holding period return (HPR) is equal to the holding period yield (HPY) stated as a percentage. ANS: F PTS: 1 4. The geometric mean of a series of returns is always larger than the arithmetic mean and the difference increases with the volatility of the series. ANS: F PTS: 1 5. The expected return is the average of all possible returns. ANS: F PTS: 1 6. Two measures of the risk premium are the standard deviation and the variance. ANS: F PTS: 1 7. The variance of expected returns is equal to the square root of the expected returns. ANS: F PTS: 1 8. The coefficient of variation is the expected return divided by the standard deviation of the expected return. ANS: F PTS: 1 9. Nominal rates are averages of all possible real rates. ANS: F PTS: 1 10. The risk premium is a function of the volatility of operating earnings, sales volatility and inflation. ANS: F PTS: 1 11. An individual who selects the investment that offers greater certainty when everything else is the same is known as a risk averse investor. ANS: T PTS: 1 12. Investors are willing to forgo current consumption in order to increase...

Words: 3909 - Pages: 16