Answer:
1) can grow either more slowly or more rapidly than real GDP.
Explanation:
Real GDP per capita is the result of dividing real GDP by the total population of a country. Real GDP per capita changes are determined by both the changes in the real GDP and the changes in the population.
If real GDP grows at a slower rate than the population, then real GDP per capita will decrease. But if real GDP grows at a faster rate than the population, then real GDP per capita will increase.
For example, real GDP grows at 3% while population grows at 2%, real GDP per capita will grow by 1%. But some countries have positive economic growth and negative population growth, so the real GDP could grow by only 2%, but since the population growth is -1%, the real GDP per capita will grow at 3%.
Answer:
A mask, gloves, gown, face shield.
Explanation:
Try covering up as much as possible, but these are the four most essential protective coverings you should wear while operating a pit. Hope this helps!
Answer and Explanation:
The computation of annual dollar changes and percent changes for each of the following accounts is shown below:-
Particulars 2015 2014 Changes in dollar Percent change
a b c = (a - b) d = c ÷ b
Short term
investments $380,168 $239,377 $140,790 58.82%
Accounts
receivable $102,276 $105,903 -$3,627 -3.42%
Notes
payable 0 $93,973 -$93,973 -100%
Answer:
The correct answer is option A.
Explanation:
An increase in supply decreases the equilibrium price as the supply curve shifts rightward and intersects the demand curve at a lower point. This decline in the equilibrium price causes the quantity demanded to increase. The demand for the product remains the same.
The statement given in the question is false. A change in demand is caused by a change in other factors while the price of the product remains the same. The change in price affects the quantity demanded.
Answer:
The correct answer is E.
Explanation:
Giving the following information:
Forrester Company is considering buying new equipment that would increase monthly fixed costs from $276,000 to $544,500 and would decrease the current variable costs of $60 by $15 per unit. The selling price of $100 is not expected to change.
Break-even point (dollars)= fixed costs/ contribution margin ratio
Break-even point (dollars)= 544,500/ [(100-45)/100]
Break-even point (dollars)= $990,000