Solution 1 A B Future Present a b c d Value Value Factor 24 000 24 000 24 000 24 000 FVF8 2 A B 2 FVF8 4 FVF8 6 FVF8 8 Present Future Value Value
Solution A B Future Present a b c d Value Value Factor FVF A B FVF FVF
Solution A B Future Present a b c d Value Value Factor FVF
Present a b c d Value Value Factor FVF A B FVF FVF FVF Present Future Value Value
Solution A B Future Present a b c d Value Value
Factor FVF A B FVF FVF FVF Present Future Value Value
Solution A B Future Present a b c
Solution A B Future
(Solution) 1 A B Future Present a) b) c) d) Value Value Factor \$24,000 \$24,000 \$24,000 \$24,000 FVF8,2 A B 2 FVF8,4 FVF8,6 FVF8,8 Present Future Value Value

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Paper instructions

Can someone review and tell me where I am going wrong on problem four and five?1 A B Future Present Value Value Factor a) \$24,000 FVF8,2 b) \$24,000 FVF8,4 c) \$24,000 FVF8,6 d) \$24,000 FVF8,8 2 A B Present Future Value Value Factor a) \$120,000 b) \$120,000 c) \$120,000 d) \$120,000 3 Givens (in thousands) IniTal investment 1800000 Annual revenues 1500000 Annual operaTng expenses before depreciaTon 1000000 Annual depreciaTon expense [a] 40000 Annual change in net working capital 30000 Salvage value 200000 Cost of capital 8% ±ax rate [a] (\$1,800,000 Purchase price - \$200,000 Salvage value) / 5 years = 320000 Non-proFt analysis (in thousands) Years 0 1 IniTal investment (\$1,600,000) Revenues \$1,500,000 OperaTng expenses before depreciaTon [Given 3] 1,000,000 DepreciaTon expense [Given 4] 40,000 OperaTng income [B-C-D] 460,000 Add: depreciaTon expense [Given 4] 40,000 Net operaTng cash ²ow [E+³] 500,000 Change in net working capital [Given 5] 30,000 ±erminal values Salvage value [Given 6] Recovery of net working capital -[Sum H] PVF 3,5 PVF 6,5 PVF 9,5 PVF 12,5