A soccer stadium holds 62,000 spectators. With a ticket price of $11, the average attendance has been 26,000. When the price dropped to $9, the average attendance rose to 31,000. Assuming that attendance is linearly related to ticket price, a) what ticket price would maximize revenue? b) What is the maximum revenue? c) How many people attended to maximize revenue? this is pre calc so dont use derivitives. solve through quad functions algebra complete steps please asap thank you
A soccer stadium holds 62,000 spectators. With a ticket price of $11, the average attendance has been 26,000. When the price dropped to $9, the average attendance rose to 31,000. Assuming that attendance is linearly related to ticket price, a) what ticket price would maximize revenue? b) What is the maximum revenue? c) How many people attended to maximize revenue? this is pre calc so dont use derivitives. solve through quad functions algebra complete steps please asap thank you
Trigonometry (MindTap Course List)
10th Edition
ISBN:9781337278461
Author:Ron Larson
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Chapter3: Additional Topics In Trigonometry
Section3.2: Law Of Cosines
Problem 3ECP: In a softball game, a batter hits a ball to dead center field, a distance of 240 feet from home...
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A soccer stadium holds 62,000 spectators. With a ticket price of $11, the average attendance has been 26,000. When the price dropped to $9, the average attendance rose to 31,000. Assuming that attendance is linearly related to ticket price,
a) what ticket price would maximize revenue?
b) What is the maximum revenue?
c) How many people attended to maximize revenue?
this is pre calc so dont use derivitives. solve through quad functions algebra
complete steps please asap thank you
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