Answer:
C) $300 U
Explanation:
Gipple Corporation
Material Quantity Variance = (Actual Quantity Used * Standard Unit Cost )-
( Standard Quantity Used * Standard Unit Cost )
Material Quantity Variance =(AQ* SP) -(SQ*SP)
Material Quantity Variance = (24,870* 6)- ( 7.3* 3400 *6)
Material Quantity Variance = (24,870* 6)- (24,820* 6)
Material Quantity Variance = 149220 - 148920
Material Quantity Variance = $300 Unfavorable
As actual quantity is greater than standard quantity it is unfavorable.
Answer:
Dr. Trading securities $4,800
Cr. Unrealized gain on trading securities $4,800
Explanation:
Trading securities are recorded reported on the fair market value. The gain or loss arise from the increase or decrease in the value of trading securities. There is a gain if the price of trading security increases and loss when the price of the trading security decreases. Unrealized gains are reported in the separate section of stockholders equity.
Gain on Trading securities = Fair value of security portfolio - Cost of security portfolio = $46,300 - $41,500 = $4,800
Answer:
matrix organizational structure
Explanation:
When a company works under a matrix organizational structure, specialists from different parts of the organization are brought together on a temporary basis to work on specific projects. It is common for employees to report to both a functional manager (traditional manager) and a product manager (project manager).
Answer:
$16250
Explanation:
For every 200 hours of needed work, $2500 must be paid. We divide the amount of hours needed for 200 to obtain the amount of times that $2500 are paid. Multiplying this number by $2500 we obtain the total expense gor salaried employees.
Answer:
The expected price of the stock is $122.03
Explanation:
To calculate the expected price of the stock at the end of the year or at Year 1, we first need to determine the required rate of return on the stock. We will use the CAPM equation to calculate the required rate of return.
The required rate of return is calculated as,
r = rRF + Beta * (rM - rRF)
Where,
- rRF is the risk free rate
- rM is the return on market
r = 0.05 + 1 * (0.14 - 0.05)
r = 0.14
We already have the price of the stock today, the D1 and the required rate of return. Using the constant dividend growth model of DDM, we calculate the growth rate in dividends to be,
P0 = D1 / (r - g)
115 = 9 / (0.14 - g)
115 * (0.14 - g) = 9
16.1 - 115g = 9
16.1 - 9 = 115g
7.1 / 115 = g
g = 0.0617 or 6.17%
Using the same formula and replacing D1 with D2, we can calculate the price of the stock at the end of the year or at start of Year 1.
P1 = 9 * (1+0.0617) / (0.14 - 0.0617)
P1 = $122.03
