In: Accounting
Without referencing the book or the videos, review the following sales and cost data for LBCC Bike shop. Can you determine how many bikes you must sell each month in order to break even (net income of $0)? Make sure you defend your approach.
No one runs a business with the goal of only breaking even. How many bikes would you need to sell each month to earn $1,200 net income?
Lastly, you are considering a $2,000 advertising campaign that is expected to result in a one-time increase in sales of 15 bikes. Should you do it?
Sales Price | $ 200 |
Costs | |
Frame | $ 30 |
Seat | $ 10 |
Tires (each) | $ 5 |
Rent (monthly) | $ 900 |
Manager salary (monthly) | $ 2,000 |
Assembly (per bike) | $ 25 |
Depreciation (monthly) | $ 100 |
Hint: consider fixed versus variable costs.
Responses should be a minimum of 50 words.
In order to calculate no. of bikes to be sold to attain break even [Zero Net Income], Fixed cost is divided by contribution margin per bike.
Working for Fixed and variable cost
Costs |
Variable cost per Bike |
Fixed Cost |
||
Frame |
$ 30 |
per bike = Variable cost |
$30 |
|
Seat |
$ 10 |
per bike = Variable cost |
$10 |
|
Tires (each) |
$ 5 |
= $10 per bike = Variable cost |
$10 |
|
Rent (monthly) |
$ 900 |
monthly = fixed cost |
$900 |
|
Manager salary (monthly) |
$ 2,000 |
monthly = fixed cost |
$2000 |
|
Assembly (per bike) |
$ 25 |
per bike = Variable cost |
$25 |
|
Depreciation (monthly) |
$ 100 |
monthly = fixed cost |
$100 |
|
TOTAL |
$75 |
$3000 |
A |
Fixed Cost [total] |
$3000 |
B |
Sale price per unit |
$200 |
C |
Total Variable cost per unit |
$75 |
D=B-C |
Contribution margin per unit |
$125 |
E=A/D |
Break Even point [no. of bikes] |
24 bikes |
If 24 bikes are sold, Net Income would be Nil or Zero
Sales revenue |
[24 x 100] $4800 |
(-) variable cost |
[24 x 75] $1800 |
Contribution margin |
$3000 |
(-) total fixed cost |
$3000 |
Net Income |
$0 |
A |
Target Income |
$1200 |
B |
Fixed Cost |
$3000 |
C=A+B |
Total contribution margin required to earn target income |
$4200 |
D |
Contribution margin per unit |
$125 |
E=C/D |
No. of bikes to be sold to earn the target income |
33.6 bikes [round off as required] |
Increase in contribution margin [15 bikes x $125] |
$1875 |
(-) Increase in Cost of advertising campaign |
$2000 |
Net Benefit (Loss) |
$(125) |
Since, the additional benefits arising from advertising campaign ($1875) is less than the advertising cost that is to be incurred ($2000), IT SHOULD NOT BE DONE.