explain the correlation between human capital education and income and how will this influence your career choice

As prosperity and economic development rise, ________ increases as well.

crimeas [40]

As prosperity and economic development rise, individualism increases as well.

Individualism refers to the freedom of someones actions. If the economy is doing well and someone has more money, they are more likely to spend their money freely. The person has moral worth as an individual.

4 0

3 years ago

For 2015, Bakers Manufacturing uses machine-hours as the only overhead cost-allocation base. The direct cost rate is $3.00 per u

Vlad1618 [11]

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%

4 0

3 years ago

A random experiment with three outcomes has been repeated 50 times, and it was learned that E1 occurred 20 times, E2 occurred 13

enot [183]

Answer:

$P(E1)=\frac{20}{50}=0.4$

$P(E2)=\frac{13}{50}=0.26$

$P(E3)=\frac{13}{50}=0.34$

I used the relative frequency method

Explanation:

To solve this question we can use the relative frequency to find out each probability. The relative frequency is the ratio of the occurrence of each event and the total number of outcomes.

Here the experiment has been repeated 50 times, so that is the total number of outcomes and the denominator. There are 3 possible events E1, E2, and E3, so we can calculate the ratios to get the probabilities

Event E1 occurred 20 times of the 50: $P(E1)=\frac{20}{50}$