The <em>Age Discrimination in Employment Act of 1967</em> prohibits discrimination against employees aged
<h3>What is Age Discrimination in Employment Act of 1967?</h3>
This refers to the government policy where there is the protection for people aged 40 and older from being discriminated and prevented employment.
With this in mind, we can see that this Act was enacted in 1967 in order to encourage the employment of older people who were previously rejected in favor for more younger people.
Read more about discrimination here:
brainly.com/question/1084594
Answer:
Delivery versus payment account is the correct answer.
Explanation:
The question is incomplete:
If Farmer Brown plants no seeds on his farm, he gets no harvest. If he plants 1 bag of seeds, he gets 5 bushels of wheat. If he plants 2 bags, he gets 9 bushels. If he plants 3 bags, he gets 12 bushels. A bag of seeds costs $120, and seeds are his only cost.
Farmer Brown's total-cost curve is
a. increasing at an increasing rate.
b. increasing at a decreasing rate.
c. increasing at a constant rate.
d. decreasing.
Answer:
a. increasing at an increasing rate.
Explanation:
To determine the answer, you can create a graph with the information given hich is attached.
You can see that the curve is increasing and because of that you can eliminate option d that is decreasing. Then, you have to consider that increasing at a constant rate would show an straight line which is not the case. Also, increasing at a decreasing rate would show a decreasing slope which is not what you see in the graph. Because of that, the answer is that Farmer Brown’s total cost curve is increasing at an increasing rate because the graphs shows an increasing slope.
Answer:
Contribution margin= 250,000
Explanation:
Giving the following information:
Sales $590,000
Total fixed expenses $150,000
Cost of goods sold $390,000
Total variable expenses $340,000
<u>A CVP income statements provides the following structure:</u>
<u></u>
Sales= 590,000
Total variable costs= (340,000)
Contribution margin= 250,000
Answer:
Geometric Average return = 7.83%
Explanation:
First we need to find the missing value of data using Arithmetic mean formula
Arithmetic Mean = Sum of value / No of values
8.8% = Sum of Values / 4
Sum of Values = 8.8% x 4
Sum Values = 35.2%
Using Sum of Values we minus the remaining values in order to get the missing value of the data.
35.20% - 16.3% - 10.2%-(14.1%) = 22.80%
In order to get Geometric mean value we use geometric mean formula
G.M = 4 Sqrt(16.3% x 10.2% x -14.1% + 22.80%)
Geometric Mean = 7.83%
