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The x-acceleration a, is constant between times tį and t2. Let x1 and vx1 be the x-position and x-velocity at time t1, and x2 and v2, be the same at time t2. Let At be t2 - t1. Choose all expressions which must be true if the acceleration is constant. x2 = x1 + V1zAt + ;az (At)² O v2z = Vla + az (x2 – x1) O vž, = vi, + 2a# (x2 – x1) V2z = V1r + az (At)² V2x = V1x + a„At v = vie + 2a,At

The x-acceleration a, is constant between times tį and t2. Let x1 and vx1 be the x-position and x-velocity at time t1, and x2 and v2, be the same at time t2. Let At be t2 - t1. Choose all expressions which must be true if the acceleration is constant. x2 = x1 + V1zAt + ;az (At)² O v2z = Vla + az (x2 – x1) O vž, = vi, + 2a# (x2 – x1) V2z = V1r + az (At)² V2x = V1x + a„At v = vie + 2a,At

College Physics
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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The x-acceleration a, is constant between times t, and t2. Let x1 and vx1 be the x-position and x-velocity at time t1, and x2 and v2x be the same at time t2. Let At be t2 - t1. Choose all expressions which must be true if the acceleration is constant. x2 = *1 + V1zAt + ;a (At)² V2» = Vla + az (x2 – x1) v = v + 2a, (x2 – 21) V2» = Vlz + a (At)² V2x = V1x + aAt vie + 2azAt
Transcribed Image Text:The x-acceleration a, is constant between times t, and t2. Let x1 and vx1 be the x-position and x-velocity at time t1, and x2 and v2x be the same at time t2. Let At be t2 - t1. Choose all expressions which must be true if the acceleration is constant. x2 = *1 + V1zAt + ;a (At)² V2» = Vla + az (x2 – x1) v = v + 2a, (x2 – 21) V2» = Vlz + a (At)² V2x = V1x + aAt vie + 2azAt
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