Answer:
1. The elasticity of demand for movie tickets must be INELASTIC.
2. Demand curves become LESS elastic in the long run. This means that the ticket price increase will likely be MORE profitable in the long run.
Explanation:
1. As demand is inelastic, the percentage of price increase will be greater than the decrease in the quantity of tickets demanded, and consequently profit will increase.
2. In the long term, demand becomes inelastic. Consequently, in the long term the percentage of the price increase will continue to be greater than the percentage of decrease in the quantity of tickets demanded.
Answer:
the amount paid during the year is $16,875
Explanation:
The computation of the amount paid during the year is shown below:
Opening Balance $3,757
Add: Wages expense $15,188
Less: Closing Balance -$2,070
Amount Paid $16,875
Hence, the amount paid during the year is $16,875
We simply applied the above formula so that the correct value could come
And, the same is to be considered
Answer:
1. Record the time worked on a client project by professional staff.
The first thing is do is to record the time the client was worked on by a professional staff because CPAs should be charging by the hour.
2. Record the completion of a client project.
The record the completion of a client project so that the project can be considered finished. The total hours worked will be totalized here.
3. Record the application of office overhead.
After the completion of the project the overhead costs are now apportioned and recorded.
Answer: the correct answer is d. Both of theses choices are correct.
Explanation:
Determining gross profit using the weighted average cost flow method assumes that the cost of the units sold is a weighted average of the purchase cost of all units and is costed the same as the ending inventory, that is using a weighted average of the purchase cost of all units.
Answer:
13.86%
Explanation:
34% was invested into stock X with an expected return of 11%
22% was invested into stock Y with an expected return of 18%
44% was invested into stock Z with an expected return of 14%
The expected return on the portfolio can be calculated using the formula below
Expected return= Sum of ( weight of stock×return of stock)
= (0.34×11%)+(0.22×18%)+(0.44×14%)
= 3.74+3.96+6.16
= 13.86%
Hence the expected return on the portfolio is 13.86%
