The
predetermined overhead rate can be obtained by calculating the total cost
(variable cost + fixed cost) then dividing it to the amount of work hours. This
is calculated based on the estimated machine hours.
Total cost =
$7.03 * 62,000 + $1,486,140
Total cost = $1,922,000
The predetermined overhead
rate is therefore:
Predetermined overhead rate
= $1,922,000 / 62,000 hours
<span>Predetermined overhead rate
= $31 / hr</span>
Answer:
Matt and Sarah can withdraw the following two types of funds: higher education and medical expenses
. While they cannot withdraw any funds for their new home that they are moving into because that will cost them the 10% penalty.
Hope that answers the question, have a great day!
Answer:
A concentration approach
Explanation:
In simple words, The Concentration strategy relates to a proactive approach where the focus of a corporation is a trading bloc or component. This helps the organisation to spend more money in manufacturing as well as marketing within that one region, but increase the chance of substantial losses in case of a decline in revenue or a rise in competition.
Answer:
1. B. 3.14
2. C. 1.12
Explanation:
1. Times Interest Earned ratio
Measures how well a company is able to cover it's debt obligations using it's earnings.
The formula is simply,
= Earning before Interest and Tax / Interest Expense
Therefore,
Times Interest Earned ratio = 116/37
= 3.14
HHF's times interest earned ratio is Option B, 3.14.
2. Debt to Equity Ratio
This ratio compares the debt used to fund a company vs it's equity. It measures how much of either way used to fund the company.
The formula is,
= Total Debt / Total Equity
= 540/484
= 1.12
HHF's Debt to Equity ratio is 1.12, Option C.
In the question, continuously should be annually.
Solution:
Applicable formula is;
A = P(1+r)^n
Where;
A = Total amount after 30 years = $9,110
P = Amount invested = $5,000
r = Annual interest rate in decimals
n = Number of years = 30
Substituting;
9110 = 5000(1+r)^30
9110/5000 = (1+r)^30
1.822 = (1+r)^30
Taking natural logs on both sides;
ln (1.822) = 30 ln (1+r)
0.5999 = 30 ln (1+r)
0.5999/30 = ln (1+r)
0.019998 = ln (1+r)
Taking exponents on both sides
e^0.019998 = 1+r
1.0202 = 1+r
r = 1.0202 -1 = 0.0202 =2.02%
Therefore, annual interest rate should be 2.02%.
