I think the answer is false because many schools raise fundraisers to help pay for things. If this is the case the money for the school will be quite low
Answer:
The Required rate of return on Portfolio is 9.67%
Explanation:
In order to get the answer first we need to calculate the new beta of portfolio. The weight of portfolio and new stock is calculated using total value of investment in portfolio and multiplying by the total investment we get new beta.
(3M / 3.6M) x 1.10 + (0.6M / 3.6M) x 0.60 = 1.01667
Through using the CAPM Model we get risk premium of Existing Portfolio:
Required rate of return of portfolio = RF + ( Rm - RF ) x beta
10% = 5.6% + (Rm -RF) x 1.10
10% - 5.6% = (Rm - RF) x 1.10
4.4% / 1.10 = (Rm - RF)
(Rm - RF) = 4%
After getting the Risk Premium we can CAPM model equation to get New Required rate of return.
Required rate of return of portfolio = RF + ( Rm - RF ) x beta
Required rate of return of portfolio = 5.6% + 4% x 1.01667
Required Rate of Return of Portfolio = 9.67%
Answer:
Option B. Units completed and transferred to finished goods
&
Option C. Units in ending work in process inventory
Explanation:
The reason is that the Equivalent units of Production that include number of units that would have been completed if all the efforts required were applied to the product completion which are the products started and finished during the period. The definition clearly states that the units considered would be the one that are shifted to finished goods from work in progress state in the current year or the one which is at work in progress state.
In the nutshell, the only units that would be considered in the assignment of the cost in the Step 4 will be either Work in Progress (Option C) or the Finished Goods that is shifted to Work in Progress (Option B).
If peanuts cost .25 per bag, you would divide $10 by .25 to determine how many bags you are able to buy.
