Answer:
27%
Explanation:
Number of Persons in the Household = 90
<u>Neither Employed Nor Unemployed</u>
- Children Under 16 =10
- Disabled = 5
- Retired =10
- Stay at Home Parents = 5
- Full Time Students over the age of 16= 5
Total =35
<u>Unemployed</u>
- 10 people had no job but were looking for jobs
- 5 people who wanted a job but were not looking for a job.
- Total =15
<u>Employed</u>
- 35 people had full-time jobs
- 5 had part-time jobs
Total =35+5=40
Total Labour Force = Unemployed +Employed = 40+15 =55
Unemployment Rate = (Unemployed People / Total Labor) x 100
=15/55 X 100
=27%
According to the information in the survey, the unemployment rate is: 27%
Answer:
d. Cost cutting in one area of the value chain might increase costs in another.
Explanation:
Although cost leadership is an efficient way to dominate the competition,it does have potential pitfalls if not executed correctly. For example, if operating cost is decreased, the changed product feature may imply a higher marketing cost afterward. In order to be truly efficient, the cost leadership strategy has to be implemented in such a way, so it doesn't impact other value chain costs negatively (increasing them).
Answer:
46%of Americans couldn't come out with $400 in an emergency
Answer:
The correct words for the blank spaces are (in that order): short; supply; inelastic; long; elastic; responsive.
Explanation:
Supply elasticity refers to the changes in quantity supplied as a result of changes in other factors of production. It measures the responsiveness of the change in the price of that particular good or service offered. In the short term, if there is not enough output, the quantity supplied will be inelastic (less responsive). The opposite happens in the long term with higher levels of output: the supply is likely to become more elastic.
A ball is thrown instantly up into the air. The table suggests the records collected over t seconds, where h(t) is the peak of the ball, in ft. <u>option D The </u><u>maximum </u><u>height of the ball became reached 2.5 seconds after it became thrown.</u>
When a feature's slope is 0 at x, and the second derivative at x is: much less than zero, it's miles a neighborhood maximum. more than 0, it's miles a local minimum.
We are able to set the first by-product of the feature to 0 and remedy for x to get the vital point. If we take the second by-product or f''(x), then we can find out whether or not this point could be a maximum or minimum. If the second derivative is advantageous, it is going to be a minimum fee.
If we're unable to attract a graph, there are formulas you may use to discover the most. if you are given the components y = ax2 + bx + c, then you could discover the maximum price of the usage of the method max = c - (b2 / 4a). if you have the equation y = an (x-h)2 + okay and the a term is negative, then the most price is k.
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