Answer:
a. Project A requires an up-front expenditure of $1,000,000 and generates a net present value of $3,200.
Explanation:
a.
The company should accept project A because it provides a positive net present value of $3,200 that is the highest among all the projects.
b.
When the IRR of a project is lower than the required rate of return of the project, it will generate the negative net present value because at IRR the net present value of the project will be zero and at a higher rate than IRR it will be negative.
c.
The project with a profitability index of less than 1 generates a negative NPV because the present value of future cash flows is less than the initial cash outflow.
d.
Project D also generates a positive net present value but it is lower than project A. So, after comparing the results we will choose the project with higher NPV.
Answer: -0.5
Explanation:
Based on the information given, the price elasticity of demand will be calculated as follows:
= dQ/dP × P/Q
where,
dQ/dP = -1
P = 100
Q = 200 – P + 25 U – 50 P beer
Q = 200 - 100 + 25(8) - 50(2)
Q = 200 - 100 + 200 - 100
Q = 200
Therefore, dQ/dP × P/Q
= -1 × (100/200)
= -1 × 1/2
= -1 × 0.5
= -0.5
The price elasticity of demand is -0.5.
Answer:
Credit life Insurance
Explanation:
The scenario describes Credit life insurance
This is a form of insurance policy that that is designed to pay off the balance on a policy holder's outstanding loan in case of death. It is designed for the protection of lender and heirs who are co signers from loss in case of the death of the borrower.
The insurance is liable to the balance on the loan as at the time of the death of the borrower.
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Answer:
$36
Explanation:
The contribution margin per unit is calculated by subtracting the variable cost per unit from the selling price.
Selling price is $60
Contribution margin per unit?
The total sales in dollar value are $15,000, The sales in units equal to
=$15,000 /60
=250 units
Total variable costs will include variable manufacturing cost plus variable selling and administrative costs
=$4000 + $2000
=$6000
variable cost per unit will be the total variable cost divide by units produced
=$6000/250
=$24
Contribution margin per unit = $60- $24
=$36
