Answer:
Emily has a basis of $60,000 in the shares of Red Corporation.
Explanation:
Emily's basis for Red Corporation's stock = real estate ($40,000) + service ($20,000) = $60,000
Sarah's basis for Red Corporation's stock = computers ($80,000) = $80,000
Even though both Emily and Sarah received 600 shares each, the basis for her tax calculations are different.
Answer: Option A
Explanation: In simple words post decision resonance refers to the feeling of regret that one gets after making decision that the choice they made was not correct.
This theory suggests that the level of regret that one feels depends on two factors, the net desirability between the option chooses and option not chooses, the importance of the decision made in the Decision makers life.
In the given case, Kimberly bought a camera and now think she did not make right choice. Hence from the above we can conclude that the correct option is A.
<span>The task is the stability task. Basically, this means you would find an note a safe and secure environment that will be key in gaining the support of the locals for any further military operations. It is to create a level of civil security that, depending on the mission, could rely on locals for help.</span>
Answer:
Number of units that must be sold to earn the target profit is 3000 units.
The contribution margin ratio is 0.70
Explanation:
We will use the break even analysis modified for target profit to calculate the number of units needed to earn the desired
The break even point in units is calculated by dividing the fixed cost by the contribution margin per unit. To calculate the number of units required to earn the desired profit, we add the desired profit to fixed cost and divide it by the contribution margin per unit.
Contribution margin per unit = 250 - 75 = $175
Number of units required to earn target profit = (325000 + 200000) / 175
Number of units required to earn target profit = 3000 units
The contribution margin ratio is = 175 / 250 = 0.7 or 70%
Dollar Sales required to earn target profit = $4,812,500
