Assume two companies decide to collude and agree to cut production to increase price and profit....
Assume two companies decide to collude and agree to cut production to increase price and profit. Both companies can adjust their output levels at the beginning of each day.
A. If the agreement is in place for 90 days, is it in either company’s best interest to cheat? If so, which day should they cheat
B. If the agreement is in place forever, is it in either company’s best interest to cheat? If so, which day should they cheat?
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Assume two companies decide to collude and agree to cut
production to increase price and profit....
Mays and McCovey are beer-brewing companies that operate in a duopoly (two-firm oligopoly).
Mays and McCovey are beer-brewing companies that operate in a duopoly (two-firm oligopoly). The daily marginal cost (MC) of producing a can of beer is constant and is $0.40 per can. Assume that neither firm had any startup costs. That is, marginal cost equals average total cost (ATC) for each firm. Suppose that Mays and McCovey form a cartel, and the firms divide the output evenly. (Note: This is only for convenience, because nothing in the model requires that the two...
Mays and McCovey are beer-brewing companies that operate in a duopoly (two-firm oligopoly).
Mays and McCovey are beer-brewing companies that operate in a duopoly (two-firm oligopoly). The daily marginal cost (MC) of producing a can of beer is constant and equals $0.80 per can. Assume that neither firm had any startup costs, so marginal cost equals average total cost (ATC) for each firm. Suppose that Mays and McCovey form a cartel, and the firms divide the output evenly. (Note: This is only for convenience; nothing in this model requires that the two companies must...
Mays and McCovey are beer-brewing companies that operate in a duopoly (two-firm oligopoly). The daily marginal...
Mays and McCovey are beer-brewing companies that operate in a duopoly (two-firm oligopoly). The daily marginal cost (MC) of producing a can of beer is constant and equals $0.80 per can. Assume that neither firm had any startup costs, so marginal cost equals average total cost (ATC) for each firm. Suppose that Mays and McCovey form a cartel, and the firms divide the output evenly. (Note: This is only for convenience; nothing in this model requires that the two companies must...
Mays and McCovey are beer-brewing companies that operate in a duopoly (two-firm oligopoly). The daily marginal...
Mays and McCovey are beer-brewing companies that operate in a duopoly (two-firm oligopoly). The daily marginal cost (MC) of producing a can of beer is constant and equals $1.20 per can. Assume that neither firm had any startup costs, so marginal cost equals average total cost (ATC) for each firm. Suppose that Mays and McCovey form a cartel, and the firms divide the output evenly. (Note: This is only for convenience; nothing in this model requires that the two companies must...
2. Deviating from the collusive outcome Mays and McCovey are beer-brewing companies that operate in a duopoly (two-firm...
2. Deviating from the collusive outcome Mays and McCovey are beer-brewing companies that operate in a duopoly (two-firm oligopoly). The daily marginal cost (MC) of producing a can of beer is constant and equals $0.80 per can. Assume that neither firm had any startup costs, so marginal cost equals average total cost (ATC) for each firm. Suppose that Mays and McCovey form a cartel, and the firms divide the output evenly. (Note: This is only for convenience: nothing in this model requires...
Mays and McCovey are beer-brewing companies that operate in a duopoly (two-firm oligopoly). The daily marginal cost (MC) of producing a can of beer is constant and equals $0.80 per can
2. Deviating from the collusive outcome Mays and McCovey are beer-brewing companies that operate in a duopoly (two-firm oligopoly). The daily marginal cost (MC) of producing a can of beer is constant and equals $0.80 per can. Assume that neither firm had any startup costs, so marginal cost equals average total cost (ATC) for each firm. Suppose that Mays and McCovey form a cartel, and the firms divide the output evenly. (Note: This is only for convenience; nothing in this model requires...
Do No Harm: 4 6. Breakdown of a cartel agreement Consider a town in which only two residents, Brian and Crystal, o...
Do No Harm: 4 6. Breakdown of a cartel agreement Consider a town in which only two residents, Brian and Crystal, own wells that produce water safe for drinking. Brian and Crystal can pump and sell as much water as they want at no cost. For them, total revenue equals profit. The following table shows the town's demand schedule for water. Quantity Demanded (Gallons of water) Total Revenue (Dollars) Price (Dollars per gallon) 6.00 5.50 5.00 4.50 4.00 248 450...
3. Breakdown of a cartel agreement Consider a town in which only two residents, Sean and Yvette, own wells that produce...
3. Breakdown of a cartel agreement Consider a town in which only two residents, Sean and Yvette, own wells that produce water safe for drinking. Sean and Yvette can pump and sell as much water as they want at no cost. For them, total revenue equals profit. The following table shows the town's demand schedule for water Quantity Demanded (Gallons of water) Total Revenue (Dollars) Price (Dollars per gallon) 3.60 3.30 3.00 2.70 2.40 2.10 1.80 1.50 1.20 0.90 0.60...
3. Breakdown of a cartel agreement Consider a town in which only two residents, Felix and...
3. Breakdown of a cartel agreement Consider a town in which only two residents, Felix and Janet, own wells that produce water safe for drinking. Felix and Janet can pump and sell as much water as they want at no cost. For them, total revenue equals profit. The following table shows the town's demand schedule for water. Price (Dollars per gallon) 5.40 Quantity Demanded (Gallons of water) 0 Total Revenue (Dollars) 0 4.95 40 $198.00 4.50 80 4.05 120 3.60...
6. Breakdown of a cartel agreement Consider a town in which only two residents, Tim and...
6. Breakdown of a cartel agreement
Consider a town in which only two residents, Tim and Alyssa, own
wells that produce water safe for drinking. Tim and Alyssa can pump
and sell as much water as they want at no cost. For them, total
revenue equals profit. The following table shows the town's demand
schedule for water.
Price
Quantity Demanded
Total Revenue
(Dollars per gallon)
(Gallons of water)
(Dollars)
6.00
0
0
5.50
45
248
5.00
90
450
4.50
135...
Do No Harm: 4 6. Breakdown of a cartel agreement Consider a town in which only two residents, Brian and Crystal, own wells that produce water safe for drinking. Brian and Crystal can pump and sell as much water as they want at no cost. For them, total revenue equals profit. The following table shows the town's demand schedule for water. Quantity Demanded (Gallons of water) Total Revenue (Dollars) Price (Dollars per gallon) 6.00 5.50 5.00 4.50 4.00 248 450...
3. Breakdown of a cartel agreement Consider a town in which only two residents, Sean and Yvette, own wells that produce water safe for drinking. Sean and Yvette can pump and sell as much water as they want at no cost. For them, total revenue equals profit. The following table shows the town's demand schedule for water Quantity Demanded (Gallons of water) Total Revenue (Dollars) Price (Dollars per gallon) 3.60 3.30 3.00 2.70 2.40 2.10 1.80 1.50 1.20 0.90 0.60...
3. Breakdown of a cartel agreement Consider a town in which only two residents, Felix and Janet, own wells that produce water safe for drinking. Felix and Janet can pump and sell as much water as they want at no cost. For them, total revenue equals profit. The following table shows the town's demand schedule for water. Price (Dollars per gallon) 5.40 Quantity Demanded (Gallons of water) 0 Total Revenue (Dollars) 0 4.95 40 $198.00 4.50 80 4.05 120 3.60...
6. Breakdown of a cartel agreement
Consider a town in which only two residents, Tim and Alyssa, own
wells that produce water safe for drinking. Tim and Alyssa can pump
and sell as much water as they want at no cost. For them, total
revenue equals profit. The following table shows the town's demand
schedule for water.
Price
Quantity Demanded
Total Revenue
(Dollars per gallon)
(Gallons of water)
(Dollars)
6.00
0
0
5.50
45
248
5.00
90
450
4.50
135...
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