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2. In Microsoft Excel, calculate the Payback Period, Internal Rate of Return (IRR), Net Present Value (NPV), and Profitability Index (PI) for each investment option (A, B and C).Investment A Initial Expenditure Year #1 Year #2 Year #3 Year #4 Year #5 Net Investment Cost ($700,000) Additional Revenue $100,000 = $200,000 $300,000 $450,000 $600,000 Additional Operating Expenses ($40,000) | ($40,000) = ($40,000) = ($40,000) ($40,000) Amortization ($42,424) | ($84,848) | ($127,273) ($190,909) ($254,545) Net Increase in Income ($700,000) $17,576 $75,152 $132,727 $219,091 = $305,455 Less: Tax @ 33% (65,800) | (524,800) = ($43,800) = ($72,300) ($100,800) Increase in Aftertax Income $11,776 $50,352 $88,927 $146,791 $204,655 Add back Amortization $42424 © $84,848 © $127,273 $190,909 = $254,545 Net Change in Cash Flow ($700,000) $54200 | $135200 $216,200 $337,700 $459,200 Discount Rate ? Investment B Initial Expenditure Year #1 Year #2 Year #3 Year #4 Year #5 Net Investment Cost ($540,000) Additional Revenue $382,500 | $325,125 $125,000 $100,000 $85,000 Additional Operating Expenses ($19,125) | ($19,125) = ($25,500) = ($31,875) = ($38,250) Amortization (6202,973) | ($172,527) ($66,331) ($53,065) = ($45,105) Net Increase in Income ($540,000) $160,402 $133473 $33,169 $15,060 $1,645 Less: Tax@ 33% ($52,933) | ($44,046) (510,946) ($4970) ($543) Increase in Aftertax Income $107,470 $89,427 $22,223 $10,090 $1,102 Add back Amortization $202,973 © $172527 = $66,331 $53,065 $45,105 Net Change in Cash Flow ($540,000) $310,442 $261,954 $88,554 $63,155 $46,207 Discount Rate ? Investment C Initial Expenditure Year #1 Year #2 Year #3 Year #4 Year #5 Net Investment Cost ($720,000) Additional Revenue $87,500 $175000 $262,250 $393,750 = $525,000 Additional Operating Expenses ($26,250) | ($26,250) = ($26,250) = ($26,250) = ($26,250) Amortization ($43,644) | ($87,288) | ($130,807) ($196,398) ($261,864) Net Increase in Income ($720,000) $17,606 $61,462 $105,193 $171,102 $236,886 Less: Tax @ 33% ($5,810) (520,283) ($34,714) ($56,464) = ($78,173) Increase in Aftertax Income $11,796 $41,180 $70,479 $114,639 $158,714 Add back Amortization $43644 | $87,288 $130,807 = $196,398 = $261,364 Net Change in Cash Flow ($720,000) $55,440 | $128467 $201,286 $311,036 $420,577 Discount Rate ?

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2. In Microsoft Excel, calculate the Payback Period, Internal Rate of Return (IRR), Net Present Value (NPV), and Profitability Index (PI) for each investment option (A, B and C).Uploaded ImageUploaded ImageUploaded ImageInvestment A Initial Expenditure Year #1 Year #2 Year #3 Year #4 Year #5 Net Investment Cost ($700,000) Additional Revenue $100,000 = $200,000 $300,000 $450,000 $600,000 Additional Operating Expenses ($40,000) | ($40,000) = ($40,000) = ($40,000) ($40,000) Amortization ($42,424) | ($84,848) | ($127,273) ($190,909) ($254,545) Net Increase in Income ($700,000) $17,576 $75,152 $132,727 $219,091 = $305,455 Less: Tax @ 33% (65,800) | (524,800) = ($43,800) = ($72,300) ($100,800) Increase in Aftertax Income $11,776 $50,352 $88,927 $146,791 $204,655 Add back Amortization $42424 © $84,848 © $127,273 $190,909 = $254,545 Net Change in Cash Flow ($700,000) $54200 | $135200 $216,200 $337,700 $459,200 Discount Rate ? Investment B Initial Expenditure Year #1 Year #2 Year #3 Year #4 Year #5 Net Investment Cost ($540,000) Additional Revenue $382,500 | $325,125 $125,000 $100,000 $85,000 Additional Operating Expenses ($19,125) | ($19,125) = ($25,500) = ($31,875) = ($38,250) Amortization (6202,973) | ($172,527) ($66,331) ($53,065) = ($45,105) Net Increase in Income ($540,000) $160,402 $133473 $33,169 $15,060 $1,645 Less: Tax@ 33% ($52,933) | ($44,046) (510,946) ($4970) ($543) Increase in Aftertax Income $107,470 $89,427 $22,223 $10,090 $1,102 Add back Amortization $202,973 © $172527 = $66,331 $53,065 $45,105 Net Change in Cash Flow ($540,000) $310,442 $261,954 $88,554 $63,155 $46,207 Discount Rate ? Investment C Initial Expenditure Year #1 Year #2 Year #3 Year #4 Year #5 Net Investment Cost ($720,000) Additional Revenue $87,500 $175000 $262,250 $393,750 = $525,000 Additional Operating Expenses ($26,250) | ($26,250) = ($26,250) = ($26,250) = ($26,250) Amortization ($43,644) | ($87,288) | ($130,807) ($196,398) ($261,864) Net Increase in Income ($720,000) $17,606 $61,462 $105,193 $171,102 $236,886 Less: Tax @ 33% ($5,810) (520,283) ($34,714) ($56,464) = ($78,173) Increase in Aftertax Income $11,796 $41,180 $70,479 $114,639 $158,714 Add back Amortization $43644 | $87,288 $130,807 = $196,398 = $261,364 Net Change in Cash Flow ($720,000) $55,440 | $128467 $201,286 $311,036 $420,577 Discount Rate ?

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Asked by: Ubaid
Created at: 2025-07-24 14:49:12

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Let's break down the calculations for **Payback Period**, **IRR**, **NPV**, and **Profitability Index (PI)** for Investments A, B, and C using the cash flows provided. You can use the following Excel formulas and steps: --- ### 1. **Set Up Cash Flows** For each investment, the cash flows (from "Net Change in Cash Flow" row) are: #### **Investment A** Year 0: -700,000 Year 1: 54,200 Year 2: 135,200 Year 3: 216,200 Year 4: 337,700 Year 5: 459,200 #### **Investment B** Year 0: -540,000 Year 1: 310,442 Year 2: 261,954 Year 3: 88,554 Year 4: 63,155 Year 5: 46,207 #### **Investment C** Year 0: -720,000 Year 1: 55,440 Year 2: 128,467 Year 3: 201,286 Year 4: 311,036 Year 5: 420,577 --- ### 2. **Excel Formulas** #### **A. Payback Period** Manual Calculation: - Cumulatively add the cash flows until the initial investment is recovered. #### **B. IRR** - Use the formula: `=IRR(range_of_cash_flows)` #### **C. NPV** - Assume a discount rate, e.g., 10% (replace with your actual rate if known). - Formula: `=NPV(discount_rate, range_of_cash_flows_excluding_initial) + initial_cash_flow` #### **D. Profitability Index (PI)** - Formula: `=NPV(discount_rate, range_of_cash_flows_excluding_initial) / ABS(initial_cash_flow)` --- ### 3. **Example in Excel** #### **Investment A Example** Suppose your cash flows are in cells **B10:G10** (B = Year 0, C = Year 1, ... G = Year 5). - **Payback Period** (manual, see below) - **IRR**: `=IRR(B10:G10)` - **NPV** (using 10%): `=NPV(10%,C10:G10)+B10` - **PI**: `=NPV(10%,C10:G10)/ABS(B10)` #### **Payback Period Calculation (Manual Steps):** Sum cumulative cash flows year by year until the initial investment is paid back: - Year 0: -700,000 - Year 1: -700,000 + 54,200 = -645,800 - Year 2: -645,800 + 135,200 = -510,600 - Year 3: -510,600 + 216,200 = -294,400 - Year 4: -294,400 + 337,700 = +43,300 ⇒ **payback achieved during year 4** Payback Period ≈ 3 + (294,400 / 337,700) ≈ **3.87 years** --- #### **Repeat for B and C** ### **Investment B** - Cumulative Cash Flow: - Year 0: -540,000 - Year 1: -229,558 - Year 2: +32,396 ⇒ **payback during year 2** - Fraction in Year 2: 229,558 / 261,954 ≈ 0.88 - Payback Period ≈ 1.88 years ### **Investment C** - Cumulative Cash Flow: - Year 0: -720,000 - Year 1: -664,560 - Year 2: -536,093 - Year 3: -334,807 - Year 4: -23,771 - Year 5: +396,806 ⇒ **payback during year 5** - Fraction in Year 5: 23,771 / 420,577 ≈ 0.06 - Payback Period ≈ 4.06 years --- ## **Summary Table** | Investment | IRR (Excel) | NPV (10%) (Excel) | PI (Excel) | Payback Period (Years) | |------------|--------------|-------------------|------------|------------------------| | A | `=IRR(B10:G10)` | `=NPV(10%,C10:G10)+B10` | `=NPV(10%,C10:G10)/ABS(B10)` | 3.87 | | B | `=IRR(B10:G10)` | `=NPV(10%,C10:G10)+B10` | `=NPV(10%,C10:G10)/ABS(B10)` | 1.88 | | C | `=IRR(B10:G10)` | `=NPV(10%,C10:G10)+B10` | `=NPV(10%,C10:G10)/ABS(B10)` | 4.06 | --- ## **Instructions for Excel** 1. **Copy the cash flows into Excel.** 2. **Use the above formulas for IRR, NPV, PI.** 3. **Calculate payback period manually as shown above.** If you need the exact computed values for IRR, NPV, and PI, please specify the discount rate, or use the default 10% as above. --- **Let me know if you want the calculations done with a specific discount rate, or if you need the Excel file template!**

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