The Scoot-It motorized scooter company has determined that its demand equation for the two types of scooters are given by p=35– 3x+4y (p=price of explorer scooter in hundres of dollars) q = 20 – 2x+ y (q = price of discovery scooter in hundres of dollars) where x is the number of explorer scooters sold per week and y is the number of discovery scooters sold per week. Find the weekly revenue function R(x,y) and then evaluate and interpret R(10, 18).

Calculus: Early Transcendentals
8th Edition
ISBN:9781285741550
Author:James Stewart
Publisher:James Stewart
Chapter1: Functions And Models
Section: Chapter Questions
Problem 1RCC: (a) What is a function? What are its domain and range? (b) What is the graph of a function? (c) How...
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The Scoot-It motorized scooter company has determined that its demand equation for the
two types of scooters are given by
p=35– 3x+4y
q= 20 – 2x + y (q= price of discovery scooter in hundres of dollars)
(p = price of explorer scooter in hundres of dollars)
where x is the number of explorer scooters sold per week and y is the number of
discovery scooters sold per week. Find the weekly revenue function R(x,y) and then
evaluate and interpret R(10, 18).
Transcribed Image Text:The Scoot-It motorized scooter company has determined that its demand equation for the two types of scooters are given by p=35– 3x+4y q= 20 – 2x + y (q= price of discovery scooter in hundres of dollars) (p = price of explorer scooter in hundres of dollars) where x is the number of explorer scooters sold per week and y is the number of discovery scooters sold per week. Find the weekly revenue function R(x,y) and then evaluate and interpret R(10, 18).
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