Answer:
break even point in units = 2,667
break even point in $ = $33,338
Explanation:
The break even point marks the point where a company is able to cover all its expenses. At this point the company is not losing money, but it is not making a profit either.
break even point in units = total fixed costs / contribution margin
- total fixed costs = $10,000
- contribution margin = $12.50 - ($4 + $4.75) = $12.50 - $8.75 = $3.75
break even point in units = $10,000 / $3.75 = 2,666.67 ≈ 2,667 units
break even point in $ = 2,667 units x $12.50 per unit = $33,337.50 ≈ $33,338
Answer:
the management of money and things that are worth money.
Explanation:
Finance is best defined as the management of money and things that are worth money.
A segment should probably be dropped when the segment has important side effects on other segments cannot cover its own costs. The correct option is B.
<h3>What is a segment margin?</h3>
The profit or loss generated by one component of a business is referred to as segment margin.
Segment margin only considers the segment's revenue and expenses.
By analyzing a company's strengths and weaknesses, segment margin can provide an accurate picture of where it is performing well and where it is not.
If a segment cannot cover its own costs, it should be dropped unless it has significant side effects on other segments.
Thus, the correct option is B.
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Answer:
The correct answer is E.
Explanation:
Giving the following information:
Forrester Company is considering buying new equipment that would increase monthly fixed costs from $276,000 to $544,500 and would decrease the current variable costs of $60 by $15 per unit. The selling price of $100 is not expected to change.
Break-even point (dollars)= fixed costs/ contribution margin ratio
Break-even point (dollars)= 544,500/ [(100-45)/100]
Break-even point (dollars)= $990,000
Answer:
a. 41.6 million
b. 42.28 million
Explanation:
A) GIven
forecast in june = Sjune = 42 million
Checks recived in june = Xjune = 40 million
Smoothing constant = a = 0.2
So for july
Sjuly = a*Xjune + (1-a)*Sjune
=0.2*40 + (1-0.2)*42 million
=8+33.6 = 41.6 million
B) forecast in july = Sjuly = 41.6 million
Checks recived in july = Xjuly = 45 million
Smoothing constant = a = 0.2
So for August
Saugust = a*Xjuly + (1-a)*Sjuly
=0.2*45 + (1-0.2)*41.6 million
=9+33.28 = 42.28 million
<em>Note: This uses an exponential smoothing to forecast the results, but from the number of checks recived we see that it increases linearly. So we need a linear forecasting method .</em>
