Answer:
Option (B) 5.5%
Explanation:
Data provided in the question :
Factor Risk premium
Factor 1 5%
Factor 2 3%
Beta of stock A on factor 1 = 1.4
Beta of stock A on factor 2 = 0.5
Expected return = 14%
Now,
Expected return
= Risk free rate + (Beta of factor 1 × Risk premium of factor 1) + (Beta of factor 2 × Risk premium of factor 2)
or
14% = Risk free rate + (1.4 × 5%) + (0.5 × 3%)
or
14% = Risk free rate + ( 7% + 1.5% )
or
Risk free rate = 5.5%
Hence,
Option (B) 5.5%
Answer:
4,700 shares
Explanation:
The computation of the number of shares of common stock outstanding at the end of the period is shown below
= Beginning shares + issued shares - repurchase shares + reissue shares
= 2,000 shares + 3,000 shares - 500 shares + 200 shares
= 4,700 shares
We applied the above equation to find out the number of shares outstanding at the end of the year
I believe the answer is either tall or bureaucratic organization.
Answer:
37,000 units
Explanation:
The computation of the total equivalent units for direct material is shown below:
= Transferred to finished goods during the month of July + Ending work in process during the month of July - Inventory in process as on July 1
= 37,500 units + 3,500 units - 4,000 units
= 41,000 units - 4,000 units
= 37,000 units
We simply used the above formula so that the total equivalent units for direct materials using the FIFO method could come
Answer: $85,500
Explanation:
From the question, we are told XYZ Corporation takes out a $1 million loan and the interest on the loan is paid semiannually.
We are also told that the six-month interest rate is six-month LIBOR 80 basis points, with a cap at 9.25%. Assume that LIBOR is at 8.5% on March 4, 1999, and 7.75% on September 4, 1999.
The second interest payments on the loan will be:
The interest rate will be:
Interest rate = LIBOR + 80bps
= 7.75 + 0.8
= 8.55%
Interest paid in the second period
= $1,000,000 × 8.55%
= $1,000,000 × 0.0855
= $85,500
Note that there is no need for using the cap since the interest didn't exceed 9.25%
