Question

In: Finance

Calculate the Net Present Value and Pay-Back Period for the below Investment (please show calculations): Rate...

Calculate the Net Present Value and Pay-Back Period for the below Investment (please show calculations):

Rate of Return: 15%

Inflation Rate: 2%

Year Investment Cost Recurring Cost Savings Residual Value
1 $           6,500,000
1 $           300,000 $ 1,300,000
2 $           200,000 $ 2,000,000
3 $           125,000 $ 3,500,000
4 $           125,000 $ 4,000,000
5 $           125,000 $ 5,000,000 $                      3,500,000

Please note: all investment costs will be assumed to occur at the beginning of the year and all recurring costs and revenues at the end of the year

Solutions

Expert Solution

Real interest rate = Nominal interest rate – Inflation

                                = 15 % - 2 % = 13 %

Computation of annual cash inflow:

Year

1

2

3

4

5

Saving

$1,300,000

$2,000,000

$3,500,000

$4,000,000

$5,000,000

Less: Recurring cost

$300,000

$200,000

$125,000

$125,000

$125,000

Add: Residual value

-

-

-

-

$3,500,000

Annual cash inflow

$1,000,000

$1,800,000

$3,375,000

$3,875,000

$8,375,000

Computation of NPV:

Year

Cash flow (C)

PV Factor computation

PV Factor @ 13 % (F)

PV (= C x F)

1

($6,500,000)

1/(1+0.13)^0

1

($6,500,000.0000)

1

$1,000,000

1/(1+0.13)^1

0.884955752212

$884,955.7522

2

$1,800,000

1/(1+0.13)^2

0.783146683374

$1,409,664.0301

3

$3,375,000

1/(1+0.13)^3

0.693050162278

$2,339,044.2977

4

$3,875,000

1/(1+0.13)^4

0.613318727679

$2,376,610.0698

5

$8,375,000

1/(1+0.13)^5

0.542759935999

$4,545,614.4640

NPV

$5,055,888.6137

NPV of the investment is $ 5,055,888.61

Computation of discounted payback period:

Year

Cash flow

PV Factor computation

PV Factor @ 13 %

(F)

Discounted cash flow

Discounted ‘CUM cash flow

1

($6,500,000)

1/(1+0.13)^0

1

($6,500,000.0000)

($6,500,000.0000)

1

$1,000,000

1/(1+0.13)^1

0.884955752212

$884,955.7522

($5,615,044.2478)

2

$1,800,000

1/(1+0.13)^2

0.783146683374

$1,409,664.0301

($4,205,380.2177)

3

$3,375,000

1/(1+0.13)^3

0.693050162278

$2,339,044.2977

($1,866,335.9200)

4

$3,875,000

1/(1+0.13)^4

0.613318727679

$2,376,610.0698

      $510,274.1497

5

$8,375,000

1/(1+0.13)^5

0.542759935999

$4,545,614.4640

$5,055,888.6137

Discounted Payback Period = A + B/C

Where,

A = Last period with a negative discounted cumulative cash flow = 3

B = Absolute value of discounted cumulative cash flow at the end of the period A = $ 1,866,335.92

C = Total discounted cash flow during the period after A = $ 2,376,610.0698

Payback Period = 3 +│$ (1,866,335.92) │/$ 2,376,610.0698

                             = 3 + $ 1,866,335.92/$ 2,376,610.0698

                             = 3 + 0.78529328129 = 3.78529328129 or 3.79 years

Discounted Payback period of the project is 3.79 years

*****Discounted payback period has been computed as rate of interest is given.


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