1. A small tropical island's banana market
has 60 banana growers
and 40 banana consumers.
Each banana grower can sell at most one
sack of bananas. Each consumer
can consume either 0 or 1 sack of
bananas. There are 35 low-cost
banana producers, each of whom can
produce bananas at a cost
of $15 per sack and 25 high-cost banana
producers, each of whom
can produce bananas at a cost of $30 per
sack. There are 20 consumers
who are willing to pay up to $40 a
sack and 20 consumers who
are willing to pay up to $20 a sack for
bananas. What is the competitive
equilibrium price of bananas on
this island?
(a) $20
(b) $30
(c) $15
(d) $35
(e) $40
2.
What is the competitive equilibrium number of sacks of
bananas sold on this island?
(a) 35
(b) 25
(c) 20
(d) 15
(e) 50
3.
In competitive equilibrium, the total amount of profit
made by banana growers will
be:
(a) $335
(b) $125
(c) $275
(d) $225
(e) $175
1. A
2. A
3. E
1. A small tropical island's banana market
has 35 banana growers
and 45 banana consumers.
Each banana grower can sell at most one
sack of bananas. Each consumer
can consume either 0 or 1 sack of
bananas. There are 10 low-cost
banana producers, each of whom can
produce bananas at a cost
of $15 per sack and 25 high-cost banana
producers, each of whom
can produce bananas at a cost of $30 per
sack. There are 30 consumers
who are willing to pay up to $40 a
sack and 15 consumers who
are willing to pay up to $20 a sack for
bananas. What is the competitive
equilibrium price of bananas on
this island?
(a) $20
(b) $30
(c) $15
(d) $35
(e) $40
2.
What is the competitive equilibrium number
of sacks of bananas sold
on this island?
(a) 10
(b) 25
(c) 30
(d) 15
(e) 50
3.
In competitive equilibrium, the total amount of profit
made by banana growers will
be:
(a) $285
(b) $100
(c) $250
(d) $200
(e) $150
1. B
2. C
3. E