<u>Solution and Explanation:</u>
Amount realized 22,000 Minus: Basis 89,000 Loss recognized 67000
<u>answer a </u>) Since Karen is single she can guarantee this lose as a common misfortune to a limit of $50,000. Karen won't have the option to guarantee the whole $67,000 that she lost she can just guarantee $50,000.
<u>answer b) </u>Since Karen is recording a joint government form she can guarantee a lose of upto $100,000. Karen will have the option to guarantee the whole loss of $67,000.
<u>answer c )</u> With the stock being bought from another investor as opposed to the sorting out enterprise she can guarantee the whole loss of $67,000 as a captial gain misfortune.
<u>answer d )</u> B. By selling a segment of the stock in one year and the staying stock in one more year Karen could change over the whole misfortune on the deal to a normal misfortune.
Answer:
The population would be 1318 million
Explanation:
Acording to the formula
<h2>
Nt =Noe^{T * r}</h2>
Nt = population size in generation t
No = initial population size.
e= number e
T= number o years
r = rate
<h2>
Nt =325 x ( e^{200 * 0.007})</h2><h2>
</h2><h2>
Nt = 1318 millions</h2>
Answer:
The correct answer to the following question is option E) 9.06% .
Explanation:
Here the cost of equity given is - 11.8%
Pre tax cost of debt- 6.9%
Tax rate- 35%
So the after tax cost of debt - 6.9% x 65%
= 4.485%
The debt to equity ratio - .6
So the weight of debt - .6 / ( 1 + .06 )
= .375
Weight of equity - 1 / ( 1 + .06 )
= .625
Weighted average cost of capital =
Debts cost x weight of debt + Equity cost x weight of equity
= 4.485 x .375 + 11.8 x .625
= 1.681875 + 7.735
= 9.06%
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