The cost of removing 10 pounds of PCPs per day, if the model of the cost treating waste by removing PCPs is C ( q ) = 2000 + 100 q 2 , where q is the reduction in toxicity (in pounds of PCPs removed per day) and C ( q ) is the cost of reduction per day in dollars that goes up rapidly as the quantity of PCPs removed goes up.

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Answer 1

Question

Chapter 1.2, Problem 43E

(a)

To determine

To calculate: The cost of removing 10 pounds of PCPs per day, if the model of the cost treating waste by removing PCPs is C(q)=2000+100q2, where q is the reduction in toxicity (in pounds of PCPs removed per day) and C(q) is the cost of reduction per day in dollars that goes up rapidly as the quantity of PCPs removed goes up.

(b)

To determine

The formula for N(q) where net cost function is provided by N=C−S, if the model of the cost treating waste by removing PCPs is C(q)=2000+100q2, where q is the reduction in toxicity (in pounds of PCPs removed per day) and C(q) is the cost of reduction per day in dollars that goes up rapidly as the quantity of PCPs removed goes up and the government subsidies for toxic waste cleanup amount to S(q)=500q, where, S(q) is the subsidy per day in dollars.

(c)

To determine

To calculate: The value of N(20), if the model of the cost treating waste by removing PCPs is C(q)=2000+100q2, where, q is the reduction in toxicity (in pounds of PCPs removed per day) and C(q) is the cost of reduction per day in dollars that goes up rapidly as the quantity of PCPs removed goes up and the government subsidies for toxic waste cleanup amount to S(q)=500q where, S(q) is the subsidy per day in dollars.

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Answer 2

Question

Chapter 1.2, Problem 43E

(a)

To determine

To calculate: The cost of removing 10 pounds of PCPs per day, if the model of the cost treating waste by removing PCPs is C(q)=2000+100q2, where q is the reduction in toxicity (in pounds of PCPs removed per day) and C(q) is the cost of reduction per day in dollars that goes up rapidly as the quantity of PCPs removed goes up.

(b)

To determine

The formula for N(q) where net cost function is provided by N=C−S, if the model of the cost treating waste by removing PCPs is C(q)=2000+100q2, where q is the reduction in toxicity (in pounds of PCPs removed per day) and C(q) is the cost of reduction per day in dollars that goes up rapidly as the quantity of PCPs removed goes up and the government subsidies for toxic waste cleanup amount to S(q)=500q, where, S(q) is the subsidy per day in dollars.

(c)

To determine

To calculate: The value of N(20), if the model of the cost treating waste by removing PCPs is C(q)=2000+100q2, where, q is the reduction in toxicity (in pounds of PCPs removed per day) and C(q) is the cost of reduction per day in dollars that goes up rapidly as the quantity of PCPs removed goes up and the government subsidies for toxic waste cleanup amount to S(q)=500q where, S(q) is the subsidy per day in dollars.

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Answer 3

Question

Chapter 1.2, Problem 43E

(a)

To determine

To calculate: The cost of removing 10 pounds of PCPs per day, if the model of the cost treating waste by removing PCPs is C(q)=2000+100q2, where q is the reduction in toxicity (in pounds of PCPs removed per day) and C(q) is the cost of reduction per day in dollars that goes up rapidly as the quantity of PCPs removed goes up.

(b)

To determine

The formula for N(q) where net cost function is provided by N=C−S, if the model of the cost treating waste by removing PCPs is C(q)=2000+100q2, where q is the reduction in toxicity (in pounds of PCPs removed per day) and C(q) is the cost of reduction per day in dollars that goes up rapidly as the quantity of PCPs removed goes up and the government subsidies for toxic waste cleanup amount to S(q)=500q, where, S(q) is the subsidy per day in dollars.

(c)

To determine

To calculate: The value of N(20), if the model of the cost treating waste by removing PCPs is C(q)=2000+100q2, where, q is the reduction in toxicity (in pounds of PCPs removed per day) and C(q) is the cost of reduction per day in dollars that goes up rapidly as the quantity of PCPs removed goes up and the government subsidies for toxic waste cleanup amount to S(q)=500q where, S(q) is the subsidy per day in dollars.

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Answer 4

Question

Chapter 1.2, Problem 43E

(a)

To determine

To calculate: The cost of removing 10 pounds of PCPs per day, if the model of the cost treating waste by removing PCPs is C(q)=2000+100q2, where q is the reduction in toxicity (in pounds of PCPs removed per day) and C(q) is the cost of reduction per day in dollars that goes up rapidly as the quantity of PCPs removed goes up.

(b)

To determine

The formula for N(q) where net cost function is provided by N=C−S, if the model of the cost treating waste by removing PCPs is C(q)=2000+100q2, where q is the reduction in toxicity (in pounds of PCPs removed per day) and C(q) is the cost of reduction per day in dollars that goes up rapidly as the quantity of PCPs removed goes up and the government subsidies for toxic waste cleanup amount to S(q)=500q, where, S(q) is the subsidy per day in dollars.

(c)

To determine

To calculate: The value of N(20), if the model of the cost treating waste by removing PCPs is C(q)=2000+100q2, where, q is the reduction in toxicity (in pounds of PCPs removed per day) and C(q) is the cost of reduction per day in dollars that goes up rapidly as the quantity of PCPs removed goes up and the government subsidies for toxic waste cleanup amount to S(q)=500q where, S(q) is the subsidy per day in dollars.

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Answer 5

Chapter 1.2, Problem 43E

(a)

To determine

To calculate: The cost of removing 10 pounds of PCPs per day, if the model of the cost treating waste by removing PCPs is C(q)=2000+100q2, where q is the reduction in toxicity (in pounds of PCPs removed per day) and C(q) is the cost of reduction per day in dollars that goes up rapidly as the quantity of PCPs removed goes up.

(b)

To determine

The formula for N(q) where net cost function is provided by N=C−S, if the model of the cost treating waste by removing PCPs is C(q)=2000+100q2, where q is the reduction in toxicity (in pounds of PCPs removed per day) and C(q) is the cost of reduction per day in dollars that goes up rapidly as the quantity of PCPs removed goes up and the government subsidies for toxic waste cleanup amount to S(q)=500q, where, S(q) is the subsidy per day in dollars.

(c)

To determine

To calculate: The value of N(20), if the model of the cost treating waste by removing PCPs is C(q)=2000+100q2, where, q is the reduction in toxicity (in pounds of PCPs removed per day) and C(q) is the cost of reduction per day in dollars that goes up rapidly as the quantity of PCPs removed goes up and the government subsidies for toxic waste cleanup amount to S(q)=500q where, S(q) is the subsidy per day in dollars.

Answer 6

Chapter 1.2, Problem 43E

(a)

To determine

To calculate: The cost of removing 10 pounds of PCPs per day, if the model of the cost treating waste by removing PCPs is C(q)=2000+100q2, where q is the reduction in toxicity (in pounds of PCPs removed per day) and C(q) is the cost of reduction per day in dollars that goes up rapidly as the quantity of PCPs removed goes up.

Answer 7

Chapter 1.2, Problem 43E

(a)

To determine

To calculate: The cost of removing 10 pounds of PCPs per day, if the model of the cost treating waste by removing PCPs is C(q)=2000+100q2, where q is the reduction in toxicity (in pounds of PCPs removed per day) and C(q) is the cost of reduction per day in dollars that goes up rapidly as the quantity of PCPs removed goes up.

Answer 8

(b)

To determine

The formula for N(q) where net cost function is provided by N=C−S, if the model of the cost treating waste by removing PCPs is C(q)=2000+100q2, where q is the reduction in toxicity (in pounds of PCPs removed per day) and C(q) is the cost of reduction per day in dollars that goes up rapidly as the quantity of PCPs removed goes up and the government subsidies for toxic waste cleanup amount to S(q)=500q, where, S(q) is the subsidy per day in dollars.

Answer 9

(b)

To determine

The formula for N(q) where net cost function is provided by N=C−S, if the model of the cost treating waste by removing PCPs is C(q)=2000+100q2, where q is the reduction in toxicity (in pounds of PCPs removed per day) and C(q) is the cost of reduction per day in dollars that goes up rapidly as the quantity of PCPs removed goes up and the government subsidies for toxic waste cleanup amount to S(q)=500q, where, S(q) is the subsidy per day in dollars.

Answer 10

(c)

To determine

To calculate: The value of N(20), if the model of the cost treating waste by removing PCPs is C(q)=2000+100q2, where, q is the reduction in toxicity (in pounds of PCPs removed per day) and C(q) is the cost of reduction per day in dollars that goes up rapidly as the quantity of PCPs removed goes up and the government subsidies for toxic waste cleanup amount to S(q)=500q where, S(q) is the subsidy per day in dollars.

Answer 11

(c)

To determine

To calculate: The value of N(20), if the model of the cost treating waste by removing PCPs is C(q)=2000+100q2, where, q is the reduction in toxicity (in pounds of PCPs removed per day) and C(q) is the cost of reduction per day in dollars that goes up rapidly as the quantity of PCPs removed goes up and the government subsidies for toxic waste cleanup amount to S(q)=500q where, S(q) is the subsidy per day in dollars.

Answer 12

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Answer 13

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Answer 14

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Answer 15

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