<span>In order to find out how much 11 pears cost we must first find out the cost of a single pear. We know 7 pears costs 12.50. If we divide the total cost, 12.50, by the total number of pears we find the price of an individual pear, 1.79. Then all we have to do is multiple 11 pears by the price of 1 pear. Our answer will be that 19.69 is the cost of 11 pears.</span>
Answer:
option D "The demand is unitary elastic."
Explanation:
Data provided:
At price, P1 = 3,000 units
Demand, D1 = $ 50
also,
at price P2 = $ 60
Demand, D2 = 2,500 units
Now,
the percentage change in price = 
or
the percentage change in price = 20%
and,
The percentage change in the quantity = 
or
The percentage change in the quantity = -20%
The elasticity in demand (Ed) is given as:
Ed = (Percentage change in quantity) / (Percentage change in price)
on substituting the values, we get
Ed = (-20%) / 20%
or
Ed = - 1
Here the negative sign depicts the inverse relation between the price and the demand.
hence, the correct answer is option D "The demand is unitary elastic."
Answer:
b. 1 pound of ice cream for Ben and 1 pound of cones for Jerry.
Explanation:
Ben and Jerry both produce ice cream. They can have comparative advantage with producing the specialized product. Ben can gain from the trade if it produces more of ice cream and less or no cones. Jerry would gain the comparative advantage if it would produce cones for the ice cream. Both of them can have comparative advantage by selling the specialized products to each other.
Answer: Budgeted Raw Material to be consumed in July.
Quantity Price per pound Total
10,200 $6 $61,200
Explanation:
As for the information provided, the material at month end in hand shall be:
20% of upcoming month's sale.
If in June at month end, the inventory in hand = 2,040 pounds of raw material.
Then, this represents 20% of total requirement of July.
Therefore, total requirement in July = 
This basically means:
Total inventory required =
Quantity Price per pound Total
10,200 $6 $61,200