In: Finance
Show all your work (use of formula, etc.) in solving the problems. You still need to show your work even if you use the financial calculator to get the answers. (Please show all work and do not use excel)
2. At an output level of 2,000 units, you calculate that the degree of operating leverage is 3. Fixed costs are $35,000. (a) If output rises to 2,500 units, calculate the percentage change in OCF, new OCF and new DOL. (b) If output falls to 1,500 units, calculate the percentage change in OCF, new OCF and new DOL. (hint: start by finding the OCF at 2,000 units using DOL equation of 1+ FC/OCF)
Given: | |||
1 | Output Level or Q 0 | 2000 | Units |
2 | Degree of Operating Leverage (DOL) | 3 | |
3 | Fixed Costs | 35000 | |
4 | DOL formula: |
DOL = | (1+Fixed Costs(FC))/ Operating Cash Flow (OCF) |
i) | To calculate OCF at Output level of 2,000 units using the DOL formula | ||
=> | 3=(1+35,000)/OCF | ||
=> | 3* OCF = (1+35,000) | ||
=> | OCF = (1+35,000)/3 | ||
=> | Therefore, OCF at Output level of 2,000 | 11,667 | |
ii) | % change in OCF, OCF and DOL for change in output level from 2000 to 2500 | ||
Note | The DOL formula can also be expressed as the percentage change in OCF divided by the percentage change in quantity sold, i.e., | ||
DOL = % change OCF / % Change in Q | |||
=> | DOL * % Change in Q = % Change in OCF | ||
Given, | |||
New quantity or Q1 | 2500 | ||
Change in quantity ( Q1 - Q0) : 2500-2000 | 500 | ||
Therefore, % change in Quantity ((2500-2000)/2000)*100 | 25% | ||
Original DOL | 3 | ||
Fixed Costs | 35000 | ||
% change OCF = DOL * % Change in Q | |||
=> | % change in OCF = 3*(25%) | ||
=> | % change in OCF | 0.75 | |
Answer | % change in OCF | 75.00% | |
Answer | Therefore, New OCF = 11,667*(1+72.5%) | $20,417.25 |
New DOL : | ||
=> | (1+Fixed Cost)/ OCF | |
=> | DOL = (1+35000) /20,417.25 | |
=> | DOL = 35001/20,417.25 | |
Answer | New DOL = | 1.714 |
iii) | % change in OCF, OCF and DOL for change in output level from 2000 to 1500 | ||
Note | The DOL formula can also be expressed as the percentage change in OCF divided by the percentage change in quantity sold, i.e., | ||
DOL = % change in OCF / % change in Q | |||
=> | DOL * % change in Q = % change in OCF | ||
Given, | |||
New quantity or Q2 | 1500 | ||
Change in quantity ( Q2 - Q0) : 1500-2000 | -500 | ||
Therefore, % change in Quantity ((1500-2000)/2000)*100 | -25% | ||
Original DOL | 3 | ||
Fixed Costs | 35000 | ||
% change in OCF = DOL * % change in Q | |||
=> | % change in OCF = 3*(1-25%) | ||
=> | % change in OCF | -0.75 | |
Answer | % change in OCF | -75% | |
Answer | Therefore, New OCF = 11,667*(1-75%) | 2,916.75 | |
New DOL : | |||
=> | (1+Fixed Cost)/ OCF | ||
=> | DOL = (1+35000) /2916.75 | ||
=> | DOL = 35001/ 2,916.75 | ||
Answer | New DOL = 12 |