Answer:
24.8 per hour
Explanation:
There are 3 workers and hence are three workstations. Consecutive activities are assigned to each workstation such that workload is as uniform as possible
Hence the time in each workstation (WS) is,
WS1 = 45+55+15 = 115 seconds
WS2 = 25+50+5+30 = 110 seconds
WS3 = 95+50 = 145 seconds
Workstation 3 has the highest processing time and hence is the bottleneck and determines the capacity of the process
Therefore capacity = 1/145 per second = 3600/145 per hour = 24.8 per hour
Answer:
wP = 114.5 / 514.6 = 0.2225 or 22.25%
Explanation:
The WACC or weighted average cost of capital is the cost of a firm's capital structure. The capital structure of a firm can be made up of one or more of the following components namely debt, preferred stock and common equity. The WACC is normally calculated using the market value of these components. The formula for WACC is,
WACC = wD * rD * (1-tax rate) + wP * rP + wE * rE
Where,
- wD, wP and wE represents the weight of debt, preferred stock and common equity in the capital structure based on the market value
- rD, rP and rE are the cost of debt, preferred stock and common equity respectively.
To calculate the weight that should be assigned to the preferred stock in the calculation of WACC, we need to determine the market value of preferred stock and the market value of the capital structure.
Market Value - Debt = 10000 * 1000 * 1.01 = $10.1 million
Market Value - Preferred stock = 1 * 114.50 = $114.5 million
Market Value - Common equity = 26 * 15 = $390 million
Total MV of capital structure = 10.1 + 114.5 + 390 = $514.6
wP = 114.5 / 514.6 = 0.2225 or 22.25%
Answer:
$5
Explanation:
The computation of Alice's consumer surplus is shown below:
Consumer surplus = Willing to spend - Market price after considering the discount
where
Willing to spend = $30
Market price equals to
= Purchase a pair of jeans - coupon rate
= $35 - $10
= $25
So, the consumer surplus is equal to
= $30 - $25
= $5
Use Newton's Second Law: Fnet = ma
where Fnet = total net force, m = mass of object, and a = acceleration of object.
You are given Fnet = 26N and m = 4.0kg. Plug them into the equation and solve for a:
The answer is 6.5 m/s^2
Answer:
Payout ratio =1- 12.96%*45%*9/1.4 = 0.6252 or 62.52%
Explanation:
WACC = Weight of Equity * Cost of Equity + Weight of Debt * (1-Tax rate) * Cost of Debt
16% = 45%* Cost of Equity + 55%*(1-40%)*9%
16%-55%*(1-40%)*9% = 45%*Cost of Equity
Cost of Equity = 28.9556%
Current price of Stock = D1/(Cost of Equity - Growth)
25 = 4/(28.9556%-Growth)
Growth = 28.9556%-4/25 = 12.96%
ROE = Net income/Equity = 1.4/(45%*9)
Growth rate = (1- Payout ratio)*ROE
12.96% = (1-Payout ratio)* 1.4/(45%*9)
Payout ratio =1- 12.96%*45%*9/1.4 = 0.6252 or 62.52%
