Answer:
12%
Explanation:
For computing the equity cost of capital first we have to determine the weight of the capital structure after that the WACC and then finally equity cost of capital which is shown below:
Weight of capital structure
For debt
= $200 million ÷ $400 million
= 0.50
For equity
= 50 million × $4 ÷ $400 million
= 0.50
Now the WACC is
= 0.50 11% + 0.50 × 5%
= 8%
Since the value fo equity is declined by
= 50 × $3
= $150
Now the equity cost of capital is
= WACC + (WACC - interest rate) × (debt ÷ equity)
= 8% + (8% - 5%) × (200 ÷ 150)
= 12%
Answer:
the covariance between the security's return and the market return divided by the variance of the market's returns
Explanation:
The market risk, beta of the security would be equivalent to the
Beta = Cov(rm, rs) ÷ Var(rm)
Rm denotes market return
rs denotes security return
Cov denotes covariance
Var denotes variance
Hence, the second option is correct
And, the rest of the options are wrong
Answer:
C. $1000
Explanation:
Given that;
20% of customers leave company every year
Jessica decide to acquire customers whose CLV equals or exceeds $5000
If Karly is expected to bring $2000 annual margin
assuming that the company's discount rate is 20% /year =0.2/ year
The objective is to determine the amount the company will spend to acquire her (i,e Karly) as a new customer.
The amount the company will spend to acquire her as a new customer is :
= amount of CLV × discount rate
= $5000 × 0.2
= $1000
Thus, the company should not spend more than <u> $1000 </u> to acquire her as a new customer
