The Acme container company makes cylindrical plastic storagecontainers with a fixed height of 1.5m. The radius of each containerand its volume are shown in the table• RADIUS (CM) VOLUME (m^3)• 501.18o 752.65• 100• 125• 1504.717.3610.60A) calculate the finite difference in the given tableDoes linear or quadratic models best fit the data?B) is the rate of change of volume with the respect to theradius increasing, constant, or decreasing? Support youranswer

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The Acme container company makes cylindrical plastic storage containers with a fixed height of 1.5m. The radius of each container and its volume are shown in the table • RADIUS (CM) VOLUME (m^3) 1.18 • 50 • 75 2.65 100 4.71 • 125 • 150 7.36 10.60 A) calculate the finite difference in the given table Does linear or quadratic models best fit the data? B) is the rate of change of volume with the respect to the radius increasing, constant, or decreasing? Support your answer

The Acme container company makes cylindrical plastic storage containers with a fixed height of 1.5m. The radius of each container and its volume are shown in the table • RADIUS (CM) VOLUME (m^3) 1.18 • 50 • 75 2.65 100 4.71 • 125 • 150 7.36 10.60 A) calculate the finite difference in the given table Does linear or quadratic models best fit the data? B) is the rate of change of volume with the respect to the radius increasing, constant, or decreasing? Support your answer

Elementary Geometry For College Students, 7e

7th Edition

ISBN:9781337614085

Author:Alexander, Daniel C.; Koeberlein, Geralyn M.

Publisher:Alexander, Daniel C.; Koeberlein, Geralyn M.

Chapter9: Surfaces And Solids

Section9.1: Prisms, Area And Volume

Problem 27E: The box with dimensions indicated is to be constructed of materials that cost 1 cent per square inch...

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