If you know that Based on the two equations y=0.85x2+0.41x+0.7 y=1.72x+0.44 What are the values of acceleration and initial position respectively from position-time equation? 1.7 m/s² 0.7 m 0.85 m/s² -0.7 m 1.64 m/s2 -0.7 m xFx;+v₁t+0.5at² and vFv₁+at 1.64 m/s² 0.7 m

If you know that Based on the two equations y=0.85x2+0.41x+0.7 y=1.72x+0.44 What are the values of acceleration and initial position respectively from position-time equation? 1.7 m/s² 0.7 m 0.85 m/s² -0.7 m 1.64 m/s2 -0.7 m xFx;+v₁t+0.5at² and vFv₁+at 1.64 m/s² 0.7 m

Name: If you know thatBased on the two equationsy=0.85x²+0.41x+0.7y=1.72x+0
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Description: If you know thatBased on the two equationsy=0.85x²+0.41x+0.7y=1.72x+0.44What are the values of acceleration and initial position respectively from position-time equation?1.7 m/s²0.7 m0.85 m/s2-0.7 m1.64 m/s²-0.7 m1.64 m/s20.7 mDA ORIENT EN TxFX;+vit

College Physics

11th Edition

ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

Section: Chapter Questions

Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...

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