Answer:
$1,840
Explanation:
In order to calculate the Marginal cost of producing the computers in 2nd hour of work, we need to add the marginal cost of computer and marginal cost of wage in the 2nd hour of work.
MC = MC(computers) + MC(wage)
MC = $1,800(w) + $40
MC = $1,840
Working
MC (computers ) = 3 x 600$ = $1,800
hour computers assembled
1st 4
2nd 7
If pam works 2 hours she can assemble 7 computers but she already assembled 4 computers in 1st hour.
So the 2nd-hour computers will be 3 ( 7 - 4) computers.
Based on the information given the portfolio weights for a portfolio are:
Stock A 0.6187; Stock B 0.3815.
First step
Shares Price per share Total value
Stock A 145 $47 6,815
Stock B 200 $21 4,200
Total 11,015
Second step
Portfolio weights
Stock A [ 6,815 / 11,015 ] 0.6187
Stock B [ 4,200 / 11,015 ] 0.3813
Inconclusion the portfolio weights for a portfolio are: Stock A 0.6187; Stock B 0.3815.
Learn more here:brainly.com/question/19579061
Answers: i*r*t = 2000*1*4%=80
2000+80=
$2080.00
Answer:
b. The capital structure that minimizes the firm's weighted average cost of capital is also the capital structure that maximizes its earnings per share.
Explanation:
The optimal capital structure is estimated by calculating the mix of debt and equity that minimizes the weighted average cost of capital (WACC) while maximizing its market value. The lower the cost of capital, the greater the present value of the firm’s future cash flows, discounted by the WACC. Thus, the chief goal of any corporate finance department should be to find the optimal capital structure that will result in the lowest WACC and the maximum value of the company (shareholder wealth).
Yea I have it do you want it
