Problem Set Chap 2 PV

Problem Set Chap 2 PV - Kyle Woods P/S Present Value #

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Kyle Woods Stendardi Fin 315 – TR 9:30 – 10:50 2. 5000(n=20,i=7) = 5000(.2584) = $1,292 7. PVOA = 100(n=3,i=8) = 100(2.5771) = $257.71 + 200(n=4,i=8 . 7350) = $147 = 404.71 + 300(n=5,i=8 .6806) = $204.18 = $608.89 + 500(n-6, i=8 .6302) = $315.1 608.89 + 315.1 = $923.99  PV = $923.99 FVOA = 100(n=3,i=8 3.2464) = $324.64(n=3,i=8 1.2597) = 408.95 200(n=3,i=8 1.2597) = $251.94 300(n=2,i=8 1.664) = $499.20 500(n=1,i=8 1.08) = $540 540 + 499.20 + 251.94 + 408.95 = FV = $1,700.09 10. c) PV 500(n=10,i=6 .5584) = $279.20 d) PV 1,552.90(n=10,i=12 .3220) = $500.03 PV 1,552.90(n=10,i=6 .5584) = $867.14 15. a) PVOA 400(n=10,i=10 6.1446) = $2,457.84 b) PVOA 200(n=5,i=5 4.3295) = $865.90 c) PVOA 400(n=5,i=0 5) = $2,000 d) 2,457.84(1.10) = $2,703.62 865.90(1.05) = $909.20 2000(1) = $2,000 16. 100/.07 = $1,425.57 100/.14 = $714.29 18. Stream A – PV 100(n=1,i=8 .9259) = $92.59  PVOA 400(n=3,i=8
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This note was uploaded on 04/28/2008 for the course FIN 315 taught by Professor Stendardi during the Spring '08 term at St. John Fisher College.

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Problem Set Chap 2 PV - Kyle Woods P/S Present Value #

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