The demand equation for a certain product is 2p+3q = 1500, where p is the price per unit in dollars and q is the number of units demanded. dq (a) Find and interpret dp (b) Find and interpret dq dq calculated? dp (a) How is O A. Use implicit differentiation. Differentiate with respect to q and assume that p is a function of q. O B. Use implicit differentiation. Differentiate with respect to q and assume that q is a function of p. O C. Use implicit differentiation. Differentiate with respect to p and assume that q is a function of p. O D. Use implicit differentiation. Differentiate with respect to p and assume that p is a function of q.

Big Ideas Math A Bridge To Success Algebra 1: Student Edition 2015
1st Edition
ISBN:9781680331141
Author:HOUGHTON MIFFLIN HARCOURT
Publisher:HOUGHTON MIFFLIN HARCOURT
Chapter10: Radical Functions And Equations
Section: Chapter Questions
Problem 15CT
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Question
The demand equation for a certain product is 2p +3q = 1500, where p is the
price per unit in dollars and q is the number of units demanded.
dq
(a) Find and interpret
dp
dp
(b) Find and interpret
dq
dq
calculated?
dp
(a) How is
O A. Use implicit differentiation. Differentiate with respect to q and assume
that p is a function of q.
O B. Use implicit differentiation. Differentiate with respect to q and assume
that q is a function of p.
OC Use implicit differentiation Differentiate with respect to p and assume
that q is a function of p.
0.0:Use implicit differentiation. Differentlate with respect top and assume
that p is a function of q.
Transcribed Image Text:The demand equation for a certain product is 2p +3q = 1500, where p is the price per unit in dollars and q is the number of units demanded. dq (a) Find and interpret dp dp (b) Find and interpret dq dq calculated? dp (a) How is O A. Use implicit differentiation. Differentiate with respect to q and assume that p is a function of q. O B. Use implicit differentiation. Differentiate with respect to q and assume that q is a function of p. OC Use implicit differentiation Differentiate with respect to p and assume that q is a function of p. 0.0:Use implicit differentiation. Differentlate with respect top and assume that p is a function of q.
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