Answer:
Firm should hire the 4th worker as MR > MC.
Explanation:
Here, we are comparing the marginal cost of hiring 4th worker with the revenue generated by the 4th worker.
Marginal cost of hiring 4th worker:
= Total cost with 4 workers - Total cost with 3 workers
= $4,600 - $4,000
= $600
Total revenue generated by the 4th worker:
= Number of units produced by 4th worker × Price of each unit
= 50 × $15
= $750
Therefore, the firm should hire the 4th worker as the marginal revenue of 4th worker is greater than its marginal cost.
Answer:
9%
Explanation:
WACC is the average cost of capital of the firm based on the weightage of the debt and weightage of the equity multiplied to their respective costs.
According to WACC formula
WACC = ( Cost of common stock x Weightage of common stock ) + ( Cost of preferred stock x Weightage of preferred stock ) + ( Cost of debt ( 1- t) x Weightage of debt )
As WACC is calculated using Market values.
Company Value = 100%
Value of Debt = 28%
Value of Debt = 100% - 28% = 72%
WACC = ( 10.54% x 72% ) + ( 5.27% x 28% )
WACC = 7.59% + 1.48% = 9.07% = 9% (rounded off)
Answer:
A good interview question does two things: It lets the interviewer know you put some thought into your questions. It increases your knowledge allowing you to assess further if this position and company are the right fit for you.
ex: What are the next steps in the interview process?
Answer: B. spillover
Explanation:
A Spillover is used to refer to the effects of an Externality which is what happens when a market exchange leads to effects on a third party that was not party to a transaction between the contracting parties.
The activities that result from the transaction spillover to the third party and can be either negative or positive. A negative spillover would be countries in Africa getting harsher global warming effects due to companies in china polluting the atmosphere.
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