Answer:
are costs that do not vary with production or sales level
Explanation:
Fixed cost can as well be regarded as overhead cost they are expenses in the company that does not depends on the change in the amount of goods and services produced in the company. They are time- related cost such as
salaries, property taxes, interest as well as insurance. It should be noted that fixed costs are costs that do not vary with production or sales level
Answer:
$22,000 gain
Explanation:
Calculation for the gain or loss on this retirement
Using this formula
Carrying value of bonds = Par value + Unamortized premium - Retirement purchased price
Let plug in the formula
Carrying value of bonds =$1,000,000+(100%-40%*$20,000)-$990,000
Carrying value of bonds =$1,000,000+(60%*$20,000)-$990,000
Carrying value of bonds =$1,000,000+$12,000-$990,000
Carrying value of bonds =$22,000 gain
Therefore the gain on this retirement is:$22,000 gain
To calculate the weighted average cost, divide the total cost of goods bought by the numeral of units available for sale. To find the cost of goods available for sale, you'll need the total amount of beginning products and recent purchases.
<h3>What is the weighted average cost method?</h3>
In accounting, the Weighted Average Cost (WAC) method of inventory valuation uses a weighted standard to determine the amount that goes into COGS and inventory. The weighted middle cost method divides the cost of goods available for sale by the number of units available for sale
<h3>How do you calculate the weighted moderate cost of capital?</h3>
WACC is calculated by multiplying the cost of each money source (debt and equity) by its appropriate weight by market value, and then adding the outcomes together to select the total.
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Based on the cost of making the semiconductor and the cost of purchasing it, the best thing for Tej Dhakar to do is to purchase the semiconductor.
<h3>What are the costs of purchasing the conductor v. making it?</h3>
The cost of purchasing the conductor is:
= Cost of purchasing + (Cost of purchasing x probability that product will not be satisfactory)
= 1,000,000 + (1,000,000 x 0.6)
= $1,600,000
Cost of making the product:
= (Cost of making the product x Probability of success the second time x Probability of failure the first time) + Cost of making product x Probability of success the first time
= (3,000,000 x 0.8 x 0.6) + (3,000,000 + 0.4)
= $2,640,000
In conclusion, firm should purchase the product because it is cheaper to do so.
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