SQC CH 11

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Jan 9, 2024

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Self-Check Quiz for HW Assignment #9 (Ch. 11) ] 2 ags P o W Multiple Choice: _ . Ay & i Which of the following statements is most CORRECT? SAMO L, an i cyd NPV _A"_The project should be rejpdfed if the firm's cost of capital is 9 percent 417, \S W\ 4}¢ @ quadvanit - %,_g et sl €6 511 # MIRR should be used to evaluate mutually exclusive projects that have different sves._fl ('B. NPV, IRR, and MIRR will always agree as to whether a project with normal cash flows is profitable : —— or not. v fOY oYY ) ¢. A project can have muIIipIgfll‘R*R;q_and_MI»R!gs —2 (N °YI'III ‘V\fl\\/l, II\IC i d. If the cost on;IpimI increases, the IRR decreases. —=> | AD¢ SNt o€tect 1 Pe e o For a normal project, if the IRR is greater than k, then the MIRR must be 1&g§ than k. = & MIEE \RR Lauren invested in a project that has the following quarterly cash flows over the next 1.5 years. PIII‘IFACIrL i ; 1 7 1 1 A T arcL interest is compounded quarterly, what is the effective annual rate of return for this project? (Round ”JU! to 6 decimal places throughout.) - . 0 0.25 0.50 0.75 1 1.25 1.50 I I | | | I | (540) 140 230 90 90 120 150 P‘CV ( e _I 6] AL S a. 12325 percent \vv (540, 3140,930, 40 ) -4 1 7. quaner. b. 14.32 percent R L ) ‘(\Id‘) ! ,QO,IQO|I§O§ AR i i c. 50.77 percent d. 14.1S percent o o 70.82 percent = (0 m2aT) -l = q0g10q —> [ 10827, Roden Inc. is considering sponsoring a pavilion at the upcoming World's Fair. The pavilion would cost $4.5 million, and is expected to result in $7 million of cash inflow for year 1. However, at the end of the second year the pavilion would have to be demolished and the site returned to its original condition, costing the firm $2 million. Thus, the pavilion project's cash flows are as follows: £CF Year Net Cash Flow \ &= ($4.5 million) ' 1 + $7million 3 2 _ (S2million) _ 2CF S - .5 e - I"IV(‘LI"D,(}/‘I,"Q\}) :I<I.(Z /070 - i ~H9mi\ Which of the following statements is most CORRECT? 5. As the cost of capital approaches infinity, the NPV will approach negative $>&jllion ~ L4 G o ~ The project has two IRRs (17.83946 percent and 601.446275 percent) so the project should be accepted if the firm's cost of capital is between the two IRRs. /d./ The project has two IRRs (17.83946 percent and 601.446275 percent) so the project should be accepted if the firm's cost of capital is between 0 and 17.83946 percent or above 601 446275, c. ) The project should only be accepted if the cost of capital is between 0 and 17.83946 percent y (LIOI.LIW&%Q =4.9 34.'8'3):— o4 /0
Use the following data to answer the next 3 questions: Morin Company is evaluating two mutually exclusive projects (expected cash flows shown below). The firm's cost of capital is 9 percent. Year Project A Project B npv(-&SU,Ci,(?fiHU,B}O, JOU;)’ [ ven 250 20 (550) (550) 1 /F\‘/‘“[ (\“\ l_)gi;f.))l 400/|'0q ;3&"0(‘? 420 G 4 o L ( E 175/1.094 2 * 14134 220 ¥ ( 220, 340,330,100 7/ . . 'n,'}' 3 l50/|,0q): H5‘%5 100 T New £0.04 1.7 IRR? 142 21.9%9 iv Calculate the NPVs and IRRs for Projects A and B. a. Project A's NPV is $180.9 and Project B's NPV is $79.36. /B Project A's NPV is $80.09 and Project B's NPV is $97.71. 7 ¢ Project A's IRR is 18.12 percent, and Project B's IRR is 21.57 percent. 47 Project A's IRR is 18.12 percent, and Project B's IRR is 20.35 percent. e None of the above. v Calculate the Discounted ngbqgk Period for Project A. b iy (550) T 3l AT 11$3.0319 T 14139 = ~35.1335 c. 2.3089 years @ @ d. 2.3603 years pAYTof ¢ & 23513 YLAr +.30%5 9 4.30¢ (9 23085 years = 3085 2 full years 3 s vi Draw the projects’ NPV profiles in the space provided below. Which of the following statements i most CORRECT? TRemember, these projects are mutually exclusive.) ) The profile for Project A crosses the vertical axis at $80.09. N PV go£Sv1 90 on Hae veviica [ ax1s /b.’ The projects’ profiles will cross in the negative quadrant. NPV |5 @ ~_ The profile for Project B crosses the horizontal axis at 18.82%. ~ \R¥ W‘@ i The projects’ profiles do not cross in the positive quadrant. ) < Ifk were equal to the IRR of Project B, then-the lRR-and-NPVof B would beequal. 'S /2 = = NPV IS H#= 2(F 135 AT ° A 50— L i ) B \RR Yl 1853 . K ®
o 0 } | < ' . . . i A\ ){_k\n‘ Help the CEO at Pclcnnan;lnc. calculate lhcfiMl}!’{_f_omg‘following project. The cost of capital is ‘l’i | * percent. o= < 5 | ©° 0 1 2 3 4 5 NpV=@t:=S ? \ | | l | % | 360y 200 (260) 640 500 3 ~ 5 - 19 & va(\m, \w,r’, 400, 0 wqfloleoo,aoo§> = 1734.309% ¥ (1. 4)" = 2371328 ¢ 90,3 0r ~460, 0, 0, 0%) = ~7160.00 /"a.)25.62 percent ( —~—~ ( \ Y 3 LA 1 ' b. 11.32 percent [/ . n 5 c. 30.49 percent ( '\ VM d. 10.19 percent . W 7= 25,0109 570 ¢ 21.74 percent Vv -0 Ou nT- & FV - 2311.37%8 Questions you should be able to answer: 1. What are the strengths and weaknesses of each of the five capital budgeting decision methods? 2. Why is NPV the best criterion for deciding between acceptable projects? 3. Why do NPV and IRR always agree as to whether projects are profitable, but don’t necessarily agree as to WHICH project is better (if mutually exclusive)? 4. When will NPV and MIRR absolutely agree as to which mutually exclusive project should be accepted? 5. Do all nonnormal projects have multiple IRRs? 6. When graphing a nonnormal project, how can you immediately tell where the first and last points of the graph will be? Answers to the Multiple Choice: IRR and NPV theory Uneven quarterly cash flows Multiple IRRs Calculate NPV & IRR Discounted Payback Period Crossover Theory MIRR < >POMm®mMM®
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