Answer:
D. Has more money for research and development
Explanation:
Answer:
P0 = $51.9956 rounded off to $52.00
Explanation:
The two stage growth model of DDM will be used to calculate the price of a stock whose dividends are expected to grow over time with two different growth rates. The DDM values a stock based on the present value of the expected future dividends from the stock.
The formula for price of the stock today under this model is,
P0 = D0 * (1+g1) / (1+r) + D0 * (1+g1)^2 / (1+r)^2 + ... + D0 * (1+g1)^n / (1+r)^n + [ (D0 * (1+g1)^n * (1+g2) / (r - g2)) / (1+r)^n ]
Where,
- D0 is the dividend today or most recently paid dividend
- g1 is the initial growth rate which is 20%
- g2 is the constant growth rate which is 8%
- r is the required rate of return
P0 = 2.5 * (1+0.2) / (1+0.15) + 2.5 * (1+0.2)^2 / (1+0.15)^2 +
2.5 * (1+0.2)^3 / (1+0.15)^3 +
[(2.5 * (1+0.2)^3 * (1+0.08) / (0.15 - 0.08) / (1+0.15)^3)
P0 = $51.9956 rounded off to $52.00
Answer:
December 31 Interest expense $3900 Dr
Interest Payable $3900 Cr
Explanation:
The interest and principal is both payable at maturity thus we need to accrue the interest payment and create a liability against the amount of interest due. The adjustment is made 6 months from the issue of the note thus the interest for 6 months is due. The entry would be to record 6 month's interest that relates to this year. The interest expense will be,
120000 * 0.065 * 6/12 = $3900
As the payment is not made until maturity we will credit interest payable by this amount.
Answer:
follow-up
Explanation:
A follow-up employment interview has fewer candidates as compared to the initial interview. The employer invites the best candidate from the first interview for further evaluation.
A follow-up interview is conducted after the employer has identified several potential candidates. Salaries and other benefits are discussed in the follow-up interview.
Answer:
Explanation:
Let:
So:
This is an equation of a line. Let's represent it in its Slope–intercept form:
In order to find the intercept of the budget line on the Tequila axis, we need to evaluate the function for x=0, so:
