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Colin's demand for golf at his local club each season is P=100−2Q. If the golf course charges $20 dollars per round of golf, how much could it charge Colin in a membership fee before he would not play there? Multiple Choice

A. $1,600
B. $2,000
C. $500
D. $3,200

1 Answer

3 votes

Final answer:

The maximum membership fee that the golf course could charge Colin, based on his demand equation for golf, is $3,200. This is calculated by determining his consumer surplus and subtracting the total cost of playing 40 rounds.

Step-by-step explanation:

The student's question asks how much a golf course could charge Colin in a membership fee before he decides not to play there, given his demand equation for golf is P = 100 - 2Q and the price per round of golf is $20. To solve this, we need to find the quantity demanded (Q) when P is $20 and then calculate the consumer surplus, which is the amount Colin is willing to pay over the total cost of playing. Substituting $20 for P in the demand equation gives us Q = 40. Since the total cost for 40 rounds at $20 each is $800, and Colin's maximum price for 40 rounds is $100 (from P = 100), the membership fee he is willing to pay is his maximum ($4000 for 40 rounds) minus the cost of the rounds ($800), giving us $3200 as the maximum membership fee. Therefore, the golf course could charge up to $3,200 in a membership fee.

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