Answer:
$126
Explanation:
We can calculate the amount Mira can pay for the synthetic material per unit (refrigerator) and meet its profitability goal by deducting the estimated profit and then all the cost from the selling price per unit.
Selling price per unit $260
Less
estimated return (260x30%) = ($78)
Labor costs ($32)
Overhead costs ($24)
Material $126
Amount Mira can pay for Synthetic material per unit is $126
Answer:
B. 6.2 DLH per unit of G2
Explanation:
Total cost per unit of G2:
$20 = DM + DL + OH
$20 = $7 + $3.60 + X
$20= $10.6
$20- $10.6
= $9.4
X = $9.4 overhead per unit of G2
Therefore the Plantwide overhead rate is:
$795,000/530,000 DLH = $1.5 per DLH
DLH per unit of G2:
$9.4/$1.5 = 6.26 DLH per unit of G2
Working capital is calculated by subtracting current liabilities from current assets shown on a company's balance sheet. Current assets include cash, accounts receivable and inventories. Current liabilities include accounts payable, taxes, wages and accrued interest.
Working capital is calculated by subtracting current assets from a company's current liabilities. For example, if a company has current assets of $100,000 and current liabilities of $80,000, its working capital is $20,000.
To calculate the working capital requirement, the following formula can be used: Working Capital (WC) = Current Assets (CA) – Current Assets (CL).
Learn more about working capital here:brainly.com/question/19804046
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With no doubt the answer that is correct is the last one: <span>someone with lots of experience in one career field. This type of resumé are usually used by people who have had many different jobs. It requires a lot of experience. So the last option is the correct one. </span>
Answer:
Annual deposit= $26,344.36
Explanation:
Giving the following information:
The interest rate is 7 percent per year.
He wants to have enough money to provide him with $3,000 of monthly income for 30 years. To date, he has saved nothing, but he still has 20 years until he retires.
First, we need to calculate the total amount of money required:
Final value= 3,000* (30*12)= $1,080,000
Now, we can calculate the annual deposit:
FV= {A*[(1+i)^n-1]}/i
A= annual deposit
Isolating A:
A= (FV*i)/{[(1+i)^n]-1}
FV= 1,080,000
i= 0.07
n= 20
A= (1,080,000*0.07) / [(1.07^20) - 1]= $26,344.36
