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:
b.
Explanation:
In this scenario, the best theme for the analyst to look into would be a comparison of the commercial prospects of new aircraft models. Meaning a deep look into how well the new aircraft models will do in the commercial markets. This is because the stock prices of United Technologies and Rolls Royce ultimately depends on how well the company's products do when they get released. Therefore in order to decide which investment will return the highest ROI, it is best to compare their commercial prospects.
Answer: Increase; increases
When the Federal Reserve sells a government bond to a primary dealer, reserves in the banking system <u>increase </u>and the monetary base <u>increases</u>, everything else held. | This happens because when the Government bonds, the banking system will increase everything else held with it.
Answer:
transferred out (COGM) 131,000
Cost of goods sold: 129,000
Explanation:
DM used 46,500
Direct labor 27,500
Overhead <u> 55,000 </u>
Total: 129,000 cost added for the period
Then, we calcualte the amount transferred-out:
Beginning WIP 14,000
Cost added 129,000
Ending WIP (12,000)
Trasferred out: 131,000 (cost of goods manufactured)
And finally, the cost of goods sold for the year:
Beginning FG 16,000
Trasferred out 131,000
Ending FG (18,000)
COGS: 129,000
Answer:
5341288
Explanation:
Data provided in the question:
Volume of the living quarters = 213 cubic feet
Now,
The dimensions of the US dollar bills are
width = 2.61 inches
Length = 6.14 inches
Thickness = 0.0043 inches
Thus,
Volume of a single dollar bill = 2.61 × 6.14 × 0.0043
= 0.06890922 cubic inches
Also,
Volume of quarter in cubic inches = 213 × 12³
[ ∵ 1 ft = 12 inches ; 1 ft³ = 12³ cubic inches]
Thus,
Volume of quarter in cubic inches = 368064 cubic inches.
Thus,
Number of dollar bills that can fit in there
= [ Volume of quarter in cubic inches ] ÷ Volume of a single dollar bill
= 368064 ÷ 0.06890922
= 5341288.15 ≈ 5341288
