Answer:
The answer is: The variable maintenance cost is $0.21 per machine hour
Explanation:
To find the variable maintenance cost per machine hour we must divide the total amount spent in maintenance costs by the total amount of production hours.
Since both production hours and maintenance cost vary so much, we must high-low method:
variable maintenance cost = (highest maintenance cost - lowest maintenance cost) / (highest machine hours - lowest machine hours) =
= ($10,500 - $8,600) / (23,000 - 14,000) = $0.21 per machine hour
Answer:
P-value is greater than the significance level, we fail to reject null hypothesis.
Explanation:
Here,
Sample size = n = 120
Sample proportion = p = 0.6500
Population Proportion = 
= 0.5
Level of significance = α = 0.02
<u />
<u>Step 1:
</u>
: p = 0.5
: p < 0.5 (Left tailed test)
<u></u>
<u>Step 2:
</u>
The critical vale is = 2.0537
<u></u>
<u>Step 3: </u>
The test statistic is,
z = 
<u>Step 5:
</u>
Conclusion using critical value: Since the test statistic value is greater than the critical value, we fail to reject null hypothesis.
<u>Step 6: </u>
Conclusion using P-value: Since the P-value is greater than the significance level, we fail to reject the null hypothesis.
<u>Solution and Explanation:</u>
The budgeted cost of the direct labor for the month is calcuated as follows:
the given data:
Budgeted production is = 8000 units, time required of direct labor work in order to complete the production is = 40 minutes, the direct labor rate as given in the question is = $100 per hour.
Budgeted cost = time multply with rate of labor multiply with budgeted production
(40/60 multiply with 100) multiply with 8000 = 533,333.33
therefore, the budgeted cost = $533333.33 ( rounded of to 2 places).
Most economists prefer real GDP growth as the best indicator of current economic performance. Real GDP is the gross domestic product in constant dollars. In other words, it is a nation's total output of goods and services, adjusted for price changes. The real GDP allows economists to make useful comparisons of a nation's output and services by eliminating the effect of price changes. It is also known as inflation-corrected GDP and constant-price GDP.
Answer:
1. $3,59,666.66
2. $4,10,066.66
Explanation:
1. The computation of value of firm is shown below:-
As the Earning before interest and tax given remains the same, this impact that there is no growth rate in the earnings to consider.
= Earning before interest and tax × (1 - Tax) ÷ Cost of equity
= $83,000 × (1 - 0.35) ÷ (0.15)
= $53,950 ÷ 0.15
= $3,59,666.66
2. The computation of value of levered firm is shown below:-
Value of unlevered firm + Debt × Tax rate
= 3,59,666.66 + ($144,000 × 35%)
= $4,10,066.66
