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At a pottery factory, fuel consumption for heating the kilns varies with the size of the order being fired. In the past, the company recorded the figures in the table. A. Find an equation of the form y = ax²+bx+c whose graph contains the three points corresponding to the data in the table. B. How many platters should be fired at one time in order to minimize the fuel cost per platter? What is the minimum fuel cost per platter. x = Number of Platters 6 8 10 A. The coefficients of the equation are a = b=and c=[ (Type an integer or decimal rounded to two decimal places as needed.) y=Fuel Cost per Platter $3.08 $2.84 $2.68 ***

At a pottery factory, fuel consumption for heating the kilns varies with the size of the order being fired. In the past, the company recorded the figures in the table. A. Find an equation of the form y = ax²+bx+c whose graph contains the three points corresponding to the data in the table. B. How many platters should be fired at one time in order to minimize the fuel cost per platter? What is the minimum fuel cost per platter. x = Number of Platters 6 8 10 A. The coefficients of the equation are a = b=and c=[ (Type an integer or decimal rounded to two decimal places as needed.) y=Fuel Cost per Platter $3.08 $2.84 $2.68 ***

Advanced Engineering Mathematics
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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K D At a pottery factory, fuel consumption for heating the kilns varies with the size of the order being fired. In the past, the company recorded the figures in the table. A. Find an equation of the form y = ax²+bx+c whose graph contains the three points corresponding to the data in the table. B. How many platters should be fired at one time in order to minimize the fuel cost per platter? What is the minimum fuel cost per platter. x = Number of Platters 6 8 10 A. The coefficients of the equation are a = =.b= and c= (Type an integer or decimal rounded to two decimal places as needed.) y=Fuel Cost per Platter $3.08 $2.84 $2.68 www
Transcribed Image Text:K D At a pottery factory, fuel consumption for heating the kilns varies with the size of the order being fired. In the past, the company recorded the figures in the table. A. Find an equation of the form y = ax²+bx+c whose graph contains the three points corresponding to the data in the table. B. How many platters should be fired at one time in order to minimize the fuel cost per platter? What is the minimum fuel cost per platter. x = Number of Platters 6 8 10 A. The coefficients of the equation are a = =.b= and c= (Type an integer or decimal rounded to two decimal places as needed.) y=Fuel Cost per Platter $3.08 $2.84 $2.68 www
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