Answer:
Instructions are listed below.
Explanation:
Giving the following information:
Direct Labor Variances Dvorak Company produces a product that requires 3 standard hours per unit at a standard hourly rate of $17 per hour. If 1,000 units required 2,800 hours at an hourly rate of $16.50 per hour.
A)
Direct labor price variance= (SR - AR)*AQ
Direct labor price variance=(17 - 16.5)*2,800= 1,400 favorable
B) Direct labor efficiency variance= (SQ - AQ)*standard rate
Direct labor efficiency variance= (3,000 - 2,800)*17= 3,400 favorable
C) Total direct labor variance= -1400 - 3400= -4,800 favorable
Solution :
It is given that :
Amount of investment or the principle amount , P = $ 100
Time of investment , t = 6 years
Rate of interest compounded annually r = 6 %
Therefore the future amount of this investment in a 6 year time is given by,





Therefore, after 6 years the investment of $ 100 will give an amount of $ 141.
Answer:
its a formula, however long the machine is running the manufacturing rate will be higher thus increasing their income
Explanation:
The term that refers to the functions used to move products through the channel to the customer is distribution
Answer:
The risk free rate is 3.325%
Explanation:
The required rate of return or cost of equity of a stock can be calculated using the CAPM. The CAPM estimates the required rate of return of a stock based on three factors- risk free rate, stock's beta and the market risk premium. The equation of required rate of return under CAPM is,
r = rRF + Beta * (rM - rRF)
Where,
- rRF is the risk free rate
- rM is the return on market
- (rM - rRF) gives us the risk premium of market
We already have the values for r, Beta and rM. Plugging in these values in the formula, we calculate the rRF to be,
Let rRF be x.
0.1185 = x + 1.24 * (0.102 - x)
0.1185 = x + 0.12648 - 1.24x
1.24x - x = 0.12648 - 0.1185
0.24x = 0.00798
x = 0.00798/0.24
x = 0.03325 or 3.325%