Answer:
The answer is $41.2
Explanation:
This will be solved by Dividend Discount Model which is one of the ways of valuing the price of shareholders' equity.
Here, the future value of dividend payment are discounted using the cost of equity.
Ke = D1/Po + g
Where Ke is the cost of equity
D1 is future dividend payment.
Po is the current share price or stock price
g is the growth rate.
To find the current price of stock price, we need to re write the equation;
Po = D1 ÷ (Ke - g)
D1 = Do x 1.03
= $2 x 1.03
=2.06
Ke = 8% or 0.08
g = 3% or 0.03
So we have;
2.06 ÷ (0.08 -0.03)
$2.06 ÷ 0.05
$41.2
Answer:
Explanation:
A. Take a loan from Bank One at 5.5% and save the money in Bank Enn at 6%.
B. Bank One would experience a surge in the demand for loans, while Bank Enn would receive a
surge in deposits.
C. Bank One would increase the interest rate, and/or Bank Enn would decrease its rate.
Answer:
B) It predicts future behavior based on the applicant's past
Explanation:
Generally the biographical information collected by human resource managers includes your age, sex, education, work experience and interests or even hobbies. Obviously the age, education and work experience is the most relevant information for them. Biographical data or biodata is useful because it helps to predict future behavior based on their past activities.
Answer:
NPV = $ 87,592.90
Explanation:
Net present value is calculated by taking the Present Day (discounted) value of all future Net Cash Flow based on the Business Cost of Capital and subtracting the Initial cost of the Investment.
<u>Calculation of Net present value (Financial Calculator)</u>
Period and Cash flow
CF0 = ($900,000)
CF1 = $200,000
CF2 = $200,000
CF3 = $200,000
CF4 = $200,000
CF5 = $200,000
CF6 = $300,000
Cost of Capital = 8%
NPV = $ 87,592.90
Answer and Explanation:
Serial activities are activities that are performed one after the other. In serial activities, one step in a job is finished before the other step starts. In other words more time may be spent as against concurrent activities whereby the two steps in a job can be performed at the same time such that the second step can start while the first step of the job is in progress. Managers prefer concurrent activities because it saves time as jobs are completed faster when steps can be performed "concurrently"