Question

A science class conducts an experiment using a falling object. The class determines that a quadratic regression equation y=-15.9x^(2)+99.2 will model the height, in feet, of the object after x seconds. Based on this model, what is the approximate height of the object after 1.5 seconds? 51.5ft 63.4ft 83.3ft 85.6ft

Name: a science class conducts an experiment using a falling object the class determines that a quadratic regression equation y 159x2992 will model the height in feet of the object after x seconds 37364
Uploaded: 2022-07-26T21:28:30-08:00
Duration: 2 min 31 s
Channel: James Kiss
Description: a science class conducts an experiment using a falling object the class determines that a quadratic regression equation y 159x2992 will model the height in feet of the object after x seconds 37364

          A science class conducts an experiment using a falling object. The class determines that a quadratic regression equation y=-15.9x^(2)+99.2 will model the height, in feet, of the object after x seconds. Based on this model, what is the approximate height of the object after 1.5 seconds? 51.5ft 63.4ft 83.3ft 85.6ft

Added by Makayla S.

Elementary and Intermediate Algebra

Alan S. Tussy, R. David Gustafson 5th Edition

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Solved by Expert James Kiss

07/26/2022

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A science class conducts an experiment using a falling object. The class determines that a quadratic regression equation y=-15.9x^(2)+99.2 will model the height, in feet, of the object after x seconds. Based on this model, what is the approximate height of the object after 1.5 seconds? 51.5ft 63.4ft 83.3ft 85.6ft