Answer:
The profit margin earned if each unit requires two machine-hours is 25%
Explanation:
For computing the profit margin, first, we have to compute the estimated overhead rate per unit which is shown below:
Estimated Overhead rate = (Estimated manufacturing overhead costs) ÷ (estimated machine hours)
= ($240,000) ÷ (40,000 machine hours)
= $6
Now the profit per margin would equal to
= Selling price per unit - direct cost per unit - overhead cost per unit × number of required machine hours
= $20 - $3 - $6 × 2
= $5
Now the profit margin would equal to
= (Profit per unit) ÷ (selling price per unit) × 00
= ($5 ÷ $20) × 100
= 25%
The most important difference of the two or between
businesses in the profit and nonprofit organizations is that in terms of nonprofit
organizations, the organization owners does not make money, while the profit
organizations—it makes money for the organizations’ owners.
Considering the available options, the statements that will likely lead to cost-push inflation include <u>"An increase in the price of oil has reduced supply of all goods and services that use oil as an input."</u>
The other options that will likely lead to cost-push inflation are "<u>Consumers become more comfortable with debt, increasing their spending as they take on more loans.</u><u>"</u>
<h3>What is Cost-Push inflation?</h3>
Cost-Push inflation is a type of inflation caused by the rise in the cost of wages and raw materials.
This implies that the rise in wages allows the consumers to spend more money on limited supply.
Also, when the rise in the cost of materials reduced the supply of all goods and services.
Hence, in this case, it is concluded that the correct answer is options A and E.
Learn more about Cost-Push inflation here: brainly.com/question/4540785
Answer:
Expected rate of return on stock is 14.86%
Explanation:
The expected rate of return of a stock is the mean return that is expected to be earned by the stock considering the different scenarios that can occur, the return in these scenarios and the probability of the occurrence of these scenarios. The formula for expected rate of return of stock is,
rE = pA * rA + pB * rB + ... + pN * rN
Where,
- pA, pB, ... represents the probability that scenario A, B and so on will occur or the probability of each scenario
- rA, rB, ... represents the return in scenario A, B and so on
rE = 0.21 * 0.2 + 0.72 * 0.15 + 0.07 * -0.02
rE = 0.1486 or 14.86%
