Answer:
They will decrease as production decreases
Explanation:
Total Variable cost is sum of all the cost incurred in production of total units of goods produced. It is directly proportional to the number of units of goods produced. It helps to analyze cost structure of goods and then decide on pricing strategy of the goods. Some of the examples of variable cost can be packaging cost, raw material’s cost.
Mathematically it can be defined as
Total variable cost = Total units of goods produced * variable cost for one unit of good produced
Hence from the given option They will decrease as production decreases as the number of units of goods produced will decrease and hence lesser raw material and packaging will be required to produce the goods.
Checkbook
computer software
Answer:
The amount of the impairment loss for this asset is <u>$110,000</u>
Explanation:
A assets is impaired when the fair market value of that assets lowers than the book value of the asset.
To calculate the impairment of an assets following formula is used
Impairent = Book value of Asset - fair market value of the asset
Placing values in the formula
Impairent = $700,000 - $590,000
Impairent = <u>$110,000</u>
Answer:
Mark will have at the end of six years the amount of $25,865.74
Explanation:
According to the given data we have the following:
First investment = 2500
Investment increasing at rate of 10%
Interest rate = 13%
t=6 years
Present value is given by formula = C * [((1+g)^n/(1+i)^n) - 1 ] / (g-i)
C is first value = 2,500
g is increase in investment = 0.10
i is intrest rate = 0.13
n is no of years = 6
Putting values into the equation
P = 2500* [((1+ 0.10)^6/(1+0.13)^6) - 1 ] / (0.10-0.13) 1.771561 2.08195
P = 2500* [((1.10)^6/(1.13)^6) - 1 ] / (-0.03)
P = 2500* [0.8509142870866 - 1 ] / (-0.03)
P = 2500* (-0.14908571)/ (-0.03)
P = 2500* 4.9695236
P=$12,423.809
Future value = P*(1+i)^t
= $12,423.809 *(1+0.13)^6
= $25,865.74
Mark will have at the end of six years the amount of $25,865.74
Answer: 8.45%
Explanation:
From the question, we are informed that Holmes Company's currently has an outstanding bonds and has a 8% coupon and a 13% yield to maturity.
We are further told that Holmes believes it could issue new bonds at par that would provide a similar yield to maturity and that its marginal tax rate is 35%.
Holmes's after-tax cost of debt will therefore be calculated as:
= Yield to maturity × (1 - Marginal tax rate)
= 13% × (1 - 35%)
= 13% × (65%)
= 0.13 × 0.65
= 0.0845
= 8.45%
