A recently hired chief executive officer wants to reduce future production costs to improve the company’s earnings, thereby increasing the value of the company’s stock. The plan is to invest $86,000 now and $62,000 in each of the next 6 years to improve productivity. By how much must annual costs decrease in years 7 through 13 to recover the investment plus a return of 9% per year?
The annual cost decreases by $ .
From years 7th to 13th, there are a total of 7 years.
We need to find the FV or the costs incurred from years 0-6 at the end of year 6 and then find the equal annual inflow that should be generated to recover this NPV
FV is calculated below:
Year | CF | Compounding t Factor | Compounded CF | ||
0 | $ 86,000.00 | (1+0.09)^(6-0)= | 1.677100111 | 1.677100110841*86000= | $ 1,44,230.61 |
1 | $ 62,000.00 | (1+0.09)^(6-1)= | 1.538623955 | 1.5386239549*62000= | $ 95,394.69 |
2 | $ 62,000.00 | (1+0.09)^(6-2)= | 1.41158161 | 1.41158161*62000= | $ 87,518.06 |
3 | $ 62,000.00 | (1+0.09)^(6-3)= | 1.295029 | 1.295029*62000= | $ 80,291.80 |
4 | $ 62,000.00 | (1+0.09)^(6-4)= | 1.1881 | 1.1881*62000= | $ 73,662.20 |
5 | $ 62,000.00 | (1+0.09)^(6-5)= | 1.09 | 1.09*62000= | $ 67,580.00 |
6 | $ 62,000.00 | (1+0.09)^(6-6)= | 1 | 1*62000= | $ 62,000.00 |
FV = Sum of all Discounted CF | $ 6,10,677.35 |
Now to find the annual inflow we use the below formula
Verifying the same we can draw the below PV schedule:
Year | CF | Discount Factor | Discounted CF | ||
0 | $ -86,000.00 | 1/(1+0.09)^0= | 1 | 1*-86000= | -86,000.00 |
1 | $ -62,000.00 | 1/(1+0.09)^1= | 0.917431193 | 0.91743119266055*-62000= | -56,880.73 |
2 | $ -62,000.00 | 1/(1+0.09)^2= | 0.841679993 | 0.84167999326656*-62000= | -52,184.16 |
3 | $ -62,000.00 | 1/(1+0.09)^3= | 0.77218348 | 0.772183480061064*-62000= | -47,875.38 |
4 | $ -62,000.00 | 1/(1+0.09)^4= | 0.708425211 | 0.708425211065196*-62000= | -43,922.36 |
5 | $ -62,000.00 | 1/(1+0.09)^5= | 0.649931386 | 0.649931386298345*-62000= | -40,295.75 |
6 | $ -62,000.00 | 1/(1+0.09)^6= | 0.596267327 | 0.596267326879216*-62000= | -36,968.57 |
7 | $ 1,21,335.80 | 1/(1+0.09)^7= | 0.547034245 | 0.547034244843317*121335.798797947= | 66,374.84 |
8 | $ 1,21,335.80 | 1/(1+0.09)^8= | 0.50186628 | 0.501866279672768*121335.798797947= | 60,894.35 |
9 | $ 1,21,335.80 | 1/(1+0.09)^9= | 0.46042778 | 0.460427779516301*121335.798797947= | 55,866.37 |
10 | $ 1,21,335.80 | 1/(1+0.09)^10= | 0.422410807 | 0.422410806895689*121335.798797947= | 51,253.55 |
11 | $ 1,21,335.80 | 1/(1+0.09)^11= | 0.38753285 | 0.387532850363017*121335.798797947= | 47,021.61 |
12 | $ 1,21,335.80 | 1/(1+0.09)^12= | 0.355534725 | 0.355534725103686*121335.798797947= | 43,139.09 |
13 | $ 1,21,335.80 | 1/(1+0.09)^13= | 0.326178647 | 0.326178646884115*121335.798797947= | 39,577.15 |
NPV = Sum of all Discounted CF | 0.00 |
As NPV = 0, our calculations are correct.
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