Answer:
The present value of the future cash inflows from this investment is $19,740
Explanation:
Profitability Index is a useful tool for ranking project because we can know the amount/ value created by per unit of investment.
Profitability Index = Present value of future cash flow/ Initial Investment
↔ 0.329 = Present value of future cash inflow/ $60,000
↔ Present value of future cash inflow = 0.329 * $60,000 =$19,740
Answer:
According to the Ohio state studies , we can say that the Adrian as leader is high in initiating structure.
Explanation:
Initiating structure can be defined as the particular degree to which a leader would define his or her role and also specify and organize the role of employees too, in order to achieve the organizations goals.
Adrian is also doing the same thing here, as she has given a lot of time in assigning employees their particular tasks and scheduling their work , in such a way that goals are achieved.
Answer: Transportation and electricity generation
Explanation:
According to Arnold and Bustos, the two sectors of the United States economy that are the most carbon-intensive are the transportation sector and the electricity generation sector.
The transportation sector contributes a lot to the emissions of greenhouse gas emissions as they typically come when fossil fuel for ships, vans, planes, motorcycles, cars etc are burned. Also, the generation of electricity is also carbon intensive as carbon is being powered in order to generate electricity.
Answer: Interest rate from Banks
Explanation: The Opportunities open to the bank areas follows-1.Customers Visiting the bank for loans 2. This will encourage retained earnings for the bank. 3. The interest rate will increase the bank equities on the stock exchange market. 4. This will attract investment opportunities in other sectors for the bank.
Answer:
Expected rate of return on stock is 14.86%
Explanation:
The expected rate of return of a stock is the mean return that is expected to be earned by the stock considering the different scenarios that can occur, the return in these scenarios and the probability of the occurrence of these scenarios. The formula for expected rate of return of stock is,
rE = pA * rA + pB * rB + ... + pN * rN
Where,
- pA, pB, ... represents the probability that scenario A, B and so on will occur or the probability of each scenario
- rA, rB, ... represents the return in scenario A, B and so on
rE = 0.21 * 0.2 + 0.72 * 0.15 + 0.07 * -0.02
rE = 0.1486 or 14.86%
