Answer:
(a)
Mathematical Equation for break-even
F = QP - QV
Where
F = fixed cost
Q = Break-even quantity
P = Selling price
V = Variable cost
F = Q ( P - V )
Q = F / ( P - V )
Q = $327,030 / ( $630 - $300 )
Q = $327,030 / $330
Q = 991 units
(b)
Contribution Margin = Price per unit - Variable cost per unit
Contribution Margin = $630 - $300 = $330
Break-even Point in Units = Fixed Cost / Contribution margin per unit
Break-even Point in Units = $327,030 / $330 = 991 units
Explanation:
Mathematical equation use the the break-even equation which represent the behavior of each element towards the break-even point.
Contribution per unit method use the contribution of each unit to calculate the break-even point.
Answer:
Revealed by.
Explanation:
Revealed is to make (previously unknown or secret information) known to others.
Solution:
Manufacturing overhead expense volatility will be determined by subtracting the overhead cost of output from the total overhead cost of production according to the adjustable budget.
(Manufacturing overhead cost as per flexible budget) =
(Actual units x Variable manufacturing overhead per unit +Fixed manufacturing overhead )
= (5,050 x $1.30)+ $41,500 = $48,065
Actual manufacturing overhead cost = $47,905
Therefore, Manufacturing overhead spending variance
= $48,065 - $47,905 = $160
The deviation is positive as the real expense is smaller than the adjustable cost of the program.
Your answer is
<span>B. an invoice</span>
