3. Total and average revenue of a monopolist Suppose that Musashi is the only seller of trekking poles in a small town. The following graph shows the demand and marginal revenue (MR) curves facing Musashi. Use the green rectangle labeled Total Revenue (triangle symbols) to compute total revenue at various prices along the demand curve To see the area of the Total Revenue rectangle, click the shaded area with your mouse. (Note: You will not be graded on where you place the rectangle.) 100 90 80 Total Revenue (?)

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Chapter1: Making Economics Decisions
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3. Total and average revenue of a monopolist
Suppose that Musashi is the only seller of trekking poles in a small town. The following graph shows the demand and marginal revenue (MR) curves
facing Musashi. Use the green rectangle labeled Total Revenue (triangle symbols) to compute total revenue at various prices along the demand curve.
To see the area of the Total Revenue rectangle, click the shaded area with your mouse. (Note: You will not be graded on where you place the
rectangle.)
PRICE (Dollars per pole)
100
90
80
70
60
50
40
30
20
10
0
0
Demand
2
4
5
6
9
7 8
QUANTITY (Thousands of trekking poles per month)
1
MR
3
10
Total Revenue
?
On the following graph, use the green points (triangle symbol) to plot monthly total revenue at prices of $70.00, $60.00, $50.00, $40.00, $30.00,
$20.00, and $10.00 per trekking pole. Be sure to use all of the points provided. Line segments will automatically connect the points. Then, consider
the quantity of trekking poles at which Musashi's marginal revenue exactly equals zero. Place a grey point (star symbol) on the total revenue curve to
indicate this quantity.
Transcribed Image Text:3. Total and average revenue of a monopolist Suppose that Musashi is the only seller of trekking poles in a small town. The following graph shows the demand and marginal revenue (MR) curves facing Musashi. Use the green rectangle labeled Total Revenue (triangle symbols) to compute total revenue at various prices along the demand curve. To see the area of the Total Revenue rectangle, click the shaded area with your mouse. (Note: You will not be graded on where you place the rectangle.) PRICE (Dollars per pole) 100 90 80 70 60 50 40 30 20 10 0 0 Demand 2 4 5 6 9 7 8 QUANTITY (Thousands of trekking poles per month) 1 MR 3 10 Total Revenue ? On the following graph, use the green points (triangle symbol) to plot monthly total revenue at prices of $70.00, $60.00, $50.00, $40.00, $30.00, $20.00, and $10.00 per trekking pole. Be sure to use all of the points provided. Line segments will automatically connect the points. Then, consider the quantity of trekking poles at which Musashi's marginal revenue exactly equals zero. Place a grey point (star symbol) on the total revenue curve to indicate this quantity.
Note: Drop lines will automatically extend to both axes.
TOTAL REVENUE (Thousands of dollars per month)
200
180
160
140
120
100
80
60
40
20
O
0
3
1 2
4
5
6
7
8
QUANTITY (Thousands of trekking poles per month)
H
10
If Musashi sells 2,000 poles at the highest price consumers are willing to pay according to the demand curve, his average revenue will be
$
per pole.
More than 4,000 poles, but no more than 8,000 poles
More than 8,000 poles
Total Revenue
Consider the elasticity of demand along the demand curve. Even though the cost curves are not shown, you can conclude that Musashi will produce:
No more than 4,000 poles
(~.)
Transcribed Image Text:Note: Drop lines will automatically extend to both axes. TOTAL REVENUE (Thousands of dollars per month) 200 180 160 140 120 100 80 60 40 20 O 0 3 1 2 4 5 6 7 8 QUANTITY (Thousands of trekking poles per month) H 10 If Musashi sells 2,000 poles at the highest price consumers are willing to pay according to the demand curve, his average revenue will be $ per pole. More than 4,000 poles, but no more than 8,000 poles More than 8,000 poles Total Revenue Consider the elasticity of demand along the demand curve. Even though the cost curves are not shown, you can conclude that Musashi will produce: No more than 4,000 poles (~.)
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