In: Accounting
Joseph Company operates three divisions, X, Y, and Z. The following information is available for the most recent month: Joseph Company: Sales revenue .............. $700,000 Segment margin ............. $239,000 Net income ................. $125,000 Division X: Sales revenue .............. $200,000 Contribution margin ........ $140,000 Segment margin ............. $109,000 Division Y: Variable costs ............. 70% of sales Division Z: Variable costs ............. $118,000 Traceable fixed costs ...... $ 56,000 Contribution margin ........ 60% of sales Calculate the total fixed costs incurred by Joseph Company during the most recent month.
Please label the answer as answer=-----------
Ams:-
Given information is related to Joseph company which is operating in three divisions.
Overall company
Sales revenue = $700,000
Segment margin =$239,000
Net Income. =$125,000
Here the difference between net income and segment margin may be unavoidable fixed cost and the value is ($239,000-$125,000) $114,000.
Segment margin is nothing but profit of the company before diduction of unavailable fixed cost.
Total fixed includea avoidable and unavoidable fixed costs
Now the calculation related to fixed cost
Divisions
Particulars | Div x | Div Y | Div Z |
Sales (a) | $200,000 |
$205,000 (By diducting divisions sales from tatal sales) |
$295,000 (b+c) |
Variable cost(b) | $60,000 |
$143,500 (Given 70% on salea |
$118,000 (Given) |
Contribution (c)=(a-b) |
$140,000 (Given) |
$61,500 |
$177,000 (Given 60% on sales is then 40% is about variable cost then $118000/40*100) |
Fixed cost (d) | $31,000 |
$52,500 (d= c-e) |
$56,000 (Given) |
Segment margin ( e)=(c-d) |
$109,000 (Given) |
$9,000 (By diducting divisions margin from total segment margin) |
$121,000 |
So from the above table we got fixed cost values we may treat it as avoidable fixed cost
Total avoidable fixed cost= total of divisions fixed cost
I.e..,. =$31,000+$52,500+$56,000
=$139,500
Therefore total fixed cost = avoidable fixed cost+unavoidable fixed cost
=$139,500+$114,000
=$253,500