The number of potted plants that they should be able to produce on day is 50.
<h3>What is the above question about?</h3>
The question is one that deals with opportunity cost. The opportunity cost is known to be the cost that has to do with the particular choice one make in a given situation while forgetting others.
Note that based on the scenario above, the option on day 3 that is 50 potted plants is the correct option of what they should be able to produce.
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Answer:
a. How much gross income must Kelly recognize?
$0, the distribution will not increase her gross income.
b. What is the basis of each stock right received?
{[(500 x $10)/ (500 x $10 + 500 x $40)] x $70,000} / 500 shares= $14,000 / 500 = $28
c. If she sells the 100 stock rights for $9,000, what is her gain?
gain = $9,000 - (100 x $28) = $6,200
d. If she exercises the 100 stock rights on September 8, what is the basis of the 100 shares she receives and when does the holding period for those shares start?
basis = $2,800 + (100 x $110) = $13,800
Answer and Explanation:
The computation of the future value in the following situations:
As we know that
Future value = Present value × (1 + rate of interest)^number of years
1. For semiannually
= $19,000 × (1 + 0.10 ÷ 2 )^8 × 2
= $19,000 × (1.05)^16
= $19,000 × 2.1829
= $41,475
2. For quartely
= $19,000 × (1 + 0.12 ÷ 4 )^2 × 2
= $19,000 × (1.03)^4
= $19,000 × 1.2268
= $23,309
3. For monthly
= $19,000 × (1 + 0.36 ÷ 12 )^15
= $19,000 × (1.03)^15
= $29,602
Answer:
correct option is a. 14.1%
Explanation:
given data
beta = 0.80
current risk-free rate = 6.5%
expected return = 16%
solution
we get here cost of equity capital that is express as
cost of equity capital = current risk-free rate + beta ( expected return - current risk-free rate ) ...........................1
put here value ans we will get cost of equity capital
cost of equity capital = 6.5% + 0.8 (16% - 6.5% )
solve it we get
cost of equity capital = 14.1%
so correct option is a. 14.1%
Answer: shift to the left
Explanation:
The social return helps in comparing the value of benefits and the costs to achieving the benefits. The social return is the ratio of net present value of the benefits in comparison to the net present value of the investment or the costs to getting the benefits.
In this case, if a small electric automobile manufacturer is able to gain the social return generated by its electric motor, it would decrease the demand for financial capital which simply means that the demand for financial capital will shift to the left. This shift to the left is as a result of the gain in its social return gotten by the electric motor.