Answer:
Variable cost per unit= $2.27 per machine hour
Explanation:
Giving the following information:
January 3,041 $4,032
February 3,456 $4,608
March 4,147 $6,912
April 5,184 $9,101
May 3,686 $5,760
June 5,322 $9,216
To calculate the unitary variable cost, we need to use the following formula:
Variable cost per unit= (Highest activity cost - Lowest activity cost)/ (Highest activity units - Lowest activity units)
Variable cost per unit= (9,216 - 4,032) / (5,322 - 3,041)
Variable cost per unit= $2.27 per machine hour
Answer:
1. Huprey can resonably estimate that a pending lawsuit will result in damages of $1,280,000, it is probable that Huprey will lose the case.
2. It is reasonably possible that Huprey will lose a pending lawsuit. The loss cannot be estimable.
3. Huprey is being sued for damages of $2,400,000. It is very unlikely (remote) that Huprey will lose the case.
Explanation:
Contingent liabilities must be recorded only when it is probable that the liability will happen and you can estimate the associated costs.
When contingent liabilities are only reasonably possible or you cannot estimate the amount, they must be included in the footnotes of the financial statements.
When contingent liabilities are not reasonably possible, nothing needs to be disclosed.
The most appropriate answer is d. marketing. By developing and maintaining good relationships with customers, businesses can benefit by getting 'free' marketing or advertising. Real customers who are satisfied with a particular product or service are better able to convince potential customers. Businesses benefit in this way by improving the visibility of their brand.
Answer:
The correct answer is B: The investment has a future value of $8,053
Explanation:
Giving the following information:
A lump sum of $5,000 is invested at 10% per year for five years. The company's cost of capital is 8%.
We need to calculate the final value of the investment. We will use the following formula:
FV= PV*(1+i)^n
FV= 5,000*1.10^5= $8,052.55
Answer:
$2,700
Explanation:
Calculation for what should this professor be willing to pay in rent per month
First step is to calculate the Transportation cost per week
Transportation cost = ($25*4 hrs)* 3 per week
Transportation cost =$100*3 per week
Transportation cost= 300 a week
Now let calculate the rent per month
Rent per month= $1500 + ($300*4)
Rent per month=$1,500+$1,200
Rent per month= $2,700
Therefore what should this professor be willing to pay in rent per month to live near campus if her hourly wage rate is $25 will be $2,700
