The answer is A.- Roads, Mail delivery, and education
Answer:
Total overhead cost variance $
Standard fixed overhead cost ($9 x 45,100 hrs) 405,900
Less: Actual fixed overhead cost <u>411,000 </u>
Total overhead cost variance <u> 5,100 (A)</u>
Explanation:
Total overhead variance is the difference between standard fixed overhead cost and actual fixed overhead cost. Standard fixed overhead cost is overhead rate multiplied by actual direct labour hours. Overhead rate is the total of variable overhead and fixed overhead rate ($8 + $1 = $9).
Answer:
Option 1 is wrong because in the case of multi-product, breakeven is weighted average which means the sales price will weighted average of sale prices of all the multi-products in the sales mix. If we change the weightings the weighted average costs and selling prices changes and so the contribution changes.
Option 2 is also sligthly wrong because Contribution margin per composite unit decreases if the volume of low contribution margin products increases in the sales mix. This means:
Breakeven Point=Fixed Cost/ Contribution per unit.........equartion 1
If the contribution per unit has been decreased the breakeven will rise.
Its impact depends upon the portfolio of products company is managing. It means it increases breakeven with high effects if the products in sales mix 2 to 3.
Option 3 is 100% right because equation 1 is
Breakeven Point=Fixed Cost/ Contribution per unit
Which says
If the contribution per unit has been decreased the breakeven will rise.
Option 4 is absolutely wrong because if we shift to higher volume in low contribution margin products, Contribution margin per composite unit decreases if the volume of low contribution margin products increases
which means Weighted average contribution has been decreased and as a result breakeven point according to equation 1 has been incresed.
Answer:
$4,136.77
Explanation:
In this question, we use the present value formula which is shown in the attachment below:
Given that,
Future value = $10,000
Rate of interest = 4.7% ÷ 2 = 2.35
NPER = 19 years × 2 = 38 years
PMT = $0
The formula is shown below:
= -PV(Rate;NPER;PMT;FV;type)
After solving this, the price of the bond is $4,136.77
Answer:
That statements is false
Explanation:
When you borrow money, interest represent the additional amount that you need to give back to the creditor. For example let's say that you borrow $1,000 with 10% interest rate per year. After one year, you need to pay back the loan with additional $100 ($1,000 x 10%) for the creditor.
This means that when the interest rate is high, it will cost you more to borrow money.