Answer:
Higher unemployment, lower wage share of output, and higher Gini coefficient in the long run.
Explanation:
Since less labor will be used, total unemployment will increase. Besides less labor being used, more capital will be used, so the share of labor in total output will decrease. Labor efficiency increases, since you need less labor to produce the same or even a larger amount of output.
New technologies tend to increase the wages of high skilled labor and management. Since the Gini coefficient measures income inequality, then higher wages for a few will increase inequality.
This is an example of what is happening in the US, where highly trained labor is getting paid better every time while unskilled labor is getting paid the same as many years ago or their wage has even decreased with time. This shows how important a college education is, and the difference will only keep increasing.
Answer:
a. The stock's price one year from now is expected to be 5% above the current price.
Explanation:
Under gordon model:
If we calculate the value of the stock for the year after that:
to calculate the value of the increase we divide next year over current year.
We have demostrate that next year stock should increase by 1 + growth so statement c is correct.
Answer:
0.64
Explanation:
Debts to total asset ratio = Total liabilities / total assets
For J.Cox Inc 2016; Debts to total asset ratio = $47,422 / 73,744
Debts to total asset ratio = 0.64306
Debts to total asset ratio = 0.64
2016 debt-to-total-assets ratio for J. Cox, Inc. is 0.64
Answer:
Per unit total cost $49.00
Explanation:
The per unit total cost is as follows;
Particulars Total Costs Output
High level $21,300 420
Low level $15,300 270
Difference $6,000 150
Unit variable cost 40 ($6000 ÷ 150)
Fixed cost $4,500 ($21,300 - (420 × 40)
)
Total cost at 500 lenses $24,500 ($4,500 + (500*40))
Per unit total cost $49.00 ($24,500 ÷ 500)
The net profit margin, or simply net margin, measures how much net income or profit is generated as a percentage of revenue.
It is the ratio of net profits to revenues for a company or business segment. Net profit margin is typically expressed as a percentage but can also be represented in decimal form.
<h3>How do we calculate net profit margin?</h3>
Net profit margin is calculated by dividing the net profits by net sales, or by dividing the net income by revenue realized over a given time period.
<h3>What is good net profit ratio?</h3>
For example, in the retail industry, a good net profit ratio might be between 0.5% and 3.5%.
Other industries might consider 0.5 and 3.5 to be extremely low, but this is common for retailers. In general, businesses should aim for profit ratios between 10% and 20% while paying attention to their industry's average.
Learn more about net profit margin here:
<h3>
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