Answer:
A buyer would be willing to pay at most $24,000.
Explanation:
There is a 40% chance of getting low quality cars.
Value of high quality car is $30,000.
Value of low quality car is $15,000.
Price of car that buyer will be willing to pay
=40% of lower quality+60% of higher quality
=40% of $15,000+60% of $30,000
=0.4*15,000+0.6*30,000
=$6,000+$18,000
=$24,000
So, the buyers will be willing to pay a maximum value of $24,000.
<h2>A $4.00 for car wash is good</h2>
Explanation:
Option A: A fancy hair cut option is given but it is not associated with any of the price. So we cannot say it is good or worth for the money.
Option B: It seems to be valid. But when we consider all the given options, there are better options than this.
Option C: Rusted means a brown layer formed on the body of the car. So we cannot say it is good. So this option too is invalid.
Option D: Normally car wash costs $10. It is worth to do a complete car wash with $4.00. This option is the best choice.
Answer:
D) An efficient and fair way to help poor
<h3><u>Hope </u><u>this </u><u>helps </u><u>you </u></h3>
Answer:
Entry is given below
Explanation:
Bought shares 6 months ago = 400shares x $60/share
Bought shares 6 months ago = $24,000
Sold shares = 400shares x $40/share
Sold shares = $16,000
Loss on sales proceeds = $24,000 - $16,000
Loss on sales proceeds = $8,000
Entry:
DEBIT CREDIT
Cash $16,000
Loss on sale $8,000
Shares $24,000
Answer:
$180,000
Explanation:
Given that
Current E & P = $240,000
Distribution to Larry = $450,000
The computation of current E & P is allocated to Larry's distribution is shown below:-
Current E & P is allocated to Larry's distribution = (Current E & P × Distribution to Larry) ÷ Total distribution
= ($240,000 × $450,000) ÷ $600,000
= $108,000,000 ÷ $600,000
= $180,000