Answer:
a) he equilibrum quantity is 95 million pounds of butter and the equilbrum price is $1.20 per pound. At this level, both demand and supply is 95 million.
b) 0 or no surplus.
Explanation:
The question is in three parts
a) a. In the butter market, the monthly equilibrium quantity is million pounds and the equilibrium price is $ per pound
The equilibrum price and quantity refers to that point in sales where the quantity demanded = the quantity supplied.
Looking at the schedule, the equilibrum quantity is 95 million pounds of butter and the equilbrum price is $1.20 per pound. At this level, both demand and supply is 95 million.
b) What is the monthly surplus created in the wholesale butter market due to the price support (price floor) program?
First, what is the price floor fixed by the government = $1.00 per pound and at this rate, the demanded quantity is 101 million and the quantity supplied is 79 million pounds.
Hence, the monthly surplus = 79 million pounds - 101 million pounds = -22 million pounds
At this price, there is no surplus
Answer:
2016 = $3.36
2017 = $4.59
Explanation:
The solution of total assets turnover is shown below:-
Particulars 2016 2017
Total assets in the beginning $1,686,000 $1,800,000
Total assets at the end $1,800,000 $1,982,000
Average assets $1,743,000 $1,891,000
(Assets in the beginning + Assets at end) ÷ 2
Sales revenue $5,856,480 $8,679,690
Total assets turnover $3.36 $4.59
(Sales revenue ÷ Average Total assets)
Market economy is the economic system which private businesses can operate freely with minimal state control
Answer:
A) the demand for peanuts is inelastic
Explanation:
Since in the question it is given that the price of peanuts is fall fro $3 to $2 per bushel which shows the decreased in price while at the same time the revenue received is also decreased from $16 to $14 that results in demand for peanuts is inelastic
As we know that
Inelastic = When elasticity is less than one
So in the given case since the price and revenue received is decrease therefore the demand is inelastic
