Answer:
The GDP will increase by $2,000 as a result of these transactions
Explanation:
When trying to calculate the increase in GDP caused by a series of transactions, we do not add all the transactions, instead we look at the price of the final good and that is the increase in GDP. In this case the final good is the necklace that the store department sells for $2,000 therefore we will only consider the final transaction. So the GDP will increase by $2,000 as a result of this series of transactions because the final good sold for $2,000.
Answer:
a) $0.5145 million
b) $7.35 million
Explanation:
Given:
Permanent debt outstanding = $35,000,000
Expected marginal tax rate = 21%
a) Suppose they pay an interest of 7% per year on debt. Find the annual interest tax shield.
To find annual interes tax shield use the formula below:
Annual interest tax shield =Total par value of Debt × interest rate × tax rate
= $35,000,000 × 7% × 21%
= $35,000,000 × 0.07 × 0.21
= $514,500
Annual interest tax shield = $0.5145 million
b) What is the present value of the interest tax shield, assuming its risk is the same as the loan?
Use the formula:
Present value of the interest tax shield = Annual interest tax shield /loan interest rate
= $514,500 / 7%
= $7,350,000
present value of the interest tax shield = $7.35 million
To calculate for the approximate market potential, we
simply have to take the ratio of the current market demand over the market
development index in fraction. That is:
market potential = 320 million / 0.55
<span>market potential = 582 million</span>
Answer:
C. the purchase of new buses by Greyhound
Explanation:
The investment is the amount that should be invested in order to generate the income
So as per the given situation,the option C is correct as if we puchase the new buses so there is a big investment but after investing into it it generated the income on daily basis
So this should be the example of the investment
Answer:
A) 200 units
Explanation:
mean daily demand = 20 calculators
standard deviation = 4 calculators
lead time = 9 days
z-critical value (for 95% in-stock probability) = 1.96
normal consumption during lead-time:
= mean demand × lead time
= 20 × 9
= 180 calculators
safety stock = z × SD × √L
= 1.96 × 4 × √9
= 1.96 × 4 × 3
= 23.52 calculators
reorder point = normal consumption + safety stock
= 180 + 23.52
= 203.52 calculators