Answer:
$11.2 per unit
Explanation:
The computation of the variable cost per unit is shown below:
= Variable direct materials cost per unit + Variable direct labor cost per unit + Variable factory overhead cost per unit + Variable selling and administrative cost per unit
= $4.34 per unit + $5.18 per unit + $0.98 per unit + $0.70 per unit
= $11.2 per unit
We simply added the entire variable cost per unit so that the accuracy per unit could be reached
Answer:
risk free rate of return is = 11.37 %
Explanation:
given data
K expected rate of return = 13%
K standard deviation = 19% = 0.19
L expected rate of return = 10%
L standard deviation = 16% = 0.16
to find out
risk-free portfolio rate of return
solution
first we find here weight of each portfolio
weight of K = 
..................1
weight of K = 
weight of K = 0.4571 = 45.71%
and
weight of L = 1 - 0.4571
weight of L = 0.5428 = 54.28 %
so that
risk free rate will be here
risk free rate = ( weight of K × K expected rate of return ) + ( weight of L + L expected rate of return ) ..........................2
risk free rate = ( 45.71 % × 13 % ) + ( 54.28 % + 10% )
risk free rate = 11.37 %
Answer:
True
Explanation:
Since marginal cost is above the average total cost so average total cost is rising.
The answer should be software programming
I hope this helps you!!!
Answer:
The estimated amount of Bad Debt Expense for the year is $12,950
Explanation:
According to the given data we have the folloiwng:
reported sales during the year= $226,500
credit sales=$185,000
Libby has experienced bad debt losses of 7% of credit sales in prior periods
Therefore, in order to calculate the estimated amount of Bad Debt Expense for the year we would have to make the following calculation:
estimated amount of Bad Debt Expense=credit sales×bad debt losses percentage of credit sales in prior periods.
Hence, estimated amount of Bad Debt Expense= $185,000× 7%
estimated amount of Bad Debt Expense= $12,950
The estimated amount of Bad Debt Expense for the year is $12,950
