9%, as the unadjusted rate of return is equal to the average yearly net income growth rate divided by the initial investment's net cost.
<h3>Calculation:</h3>
$40,090 divided by $430,00 is.093 * 100, or 9%.
<h3>If the needed rate of return is 6%, what is the present value of a cash inflow of $2,000 five years from now? Examine later?</h3>
$2600 will be given to the recipient after five years.
<h3>If the internal rate of return is 5% and the desired rate of return is 6%, should management accept the investment opportunity?</h3>
No, as the internal rate of return on the investment is lower than the intended rate of return.
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Answer:
The best recommendation to be made to this client is to do nothing.
Explanation:
Investment in stock is a highly risky investment because price of stock often fluctuates which can make an investor to lose a lot of money.
From the question, the client is already old at age 67 with a low income and he does not have any other liquid assets apart from the annual income of $25,000, mainly from social security and interest on funds held in a bank savings account.
Since losing so much money through investment in stock is not affordable to him, the best recommendation to be made to this client is to that he should do nothing.
Answer:
The correct answer is option b.
Explanation:
In an open economy, domestic firms have to face competition from the foreign producers. If firms face losses in the long run, because of import competition, these firms will leave the industry.
As the number of domestic firms get reduced, the demand curve of the other firms will become flatter. This happens because of the foreign firms that bring in a large variety of goods in the domestic market.
Answer:
Initial Velocity= 49 m/s
Time period= 5 secs
Explanation:
THIS IS THE COMPLETE QUESTION BELOW
A rocket shoots up 123 meters. What is it initial velocity?How long is it ascending
The initial velocity can be calculated using the expression below
u= √( 2gh)
Where g= Acceleration due to gravity= 98 m/s^2
h= height
Substitute the values we have
u = √(2*9.8*123)
u=√( 2410.8)
u = 49 m/s
the time period can be calculated as
(49/9.8)
= 5 sec
Hence time period is 5 secs
