Answer:
the accounting rate of return is 18.75%
Explanation:
The computation of the accounting rate of return is as follows:
But before that following things need to be determined
Depreciation expense is
= ($540,000 - $195,000 )÷ (5 years)
= $69000
The Net income is
= $170,250 - $69,000
= $101,250
Now the accounting rate of return is
= Net income ÷ Initial investment
= $101,250 ÷ $540,000
= 18.75%
hence, the accounting rate of return is 18.75%
Answer:
$59,400 favorable
Explanation:
The computation of the direct material quantity variance is shown below;
As we know that
Direct material quantity variance is
= Standard Price × (Standard Quantity - Actual Quantity)
= $9 × (16,400 pounds - 9,800 pounds)
= $9 × 6,600 pounds
= $59,400 favorable
The favorable variance indicates that the standard quantity is more than the actual quantity and the same is to be considered
The answer is true. The percentage change in quantity supplied as a result of a specific percentage change in the commodity's own price is known as price elasticity of supply.
It is determined by dividing the percentage change in the quantity delivered by the percentage change in the commodity's price. These factors impact the price elasticity of supply: Number of producers: simplicity of entrance. Spare capacity: If there is a change in demand, it is simple to expand production. Switching is simple when production of the good may be changed, making the supply more elastic. The availability of non-essential items like soft drinks.
To learn more about supply, click here.
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Answer:
e
Explanation:
the present value factor is the discount rate used to determine the present value of the investment
pv factor = 1 / (1 + r)^n
1 / 1.15^3 = 0.6575
Answer:
$788.35
Explanation:
In this question, we use the present value formula which is shown in the spreadsheet.
The NPER represents the time period.
Given that,
Future value = $1,000
Rate of interest = 14% ÷ 4 quarters = 3.5%
NPER = 4 × 4 quarter = 16 years
PMT = $1,000 × 7% ÷ 4 quarters = $17.50
The formula is shown below:
= PV(Rate;NPER;PMT;FV;type)
So, after solving this, the answer would be $788.35
