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8 00 Vo = Vox i = (30.6 m/s) i until it encounters a smooth inclined hill. It climbs the hill with constant velocity V₁ = V₁₁x + V₁yĴ = (44.2 m/s)i + (3.23 m/s)ĵ as indicated in the figure. The period of time during which the car changes its velocity is At = 3.49 s.

8 00 Vo = Vox i = (30.6 m/s) i until it encounters a smooth inclined hill. It climbs the hill with constant velocity V₁ = V₁₁x + V₁yĴ = (44.2 m/s)i + (3.23 m/s)ĵ as indicated in the figure. The period of time during which the car changes its velocity is At = 3.49 s.

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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What expression in cartesian unit-vector notation for the average acceleration of the car during the given time period using the symbols be provided? And how does that help find the magnitude in m/s2 of the average acceleration of the car during the given time?

8 00
Transcribed Image Text:8 00
Vo = Vox i = (30.6 m/s) i until it encounters a smooth inclined hill. It climbs the hill with constant velocity V₁ = V₁₁x + V₁yĴ = (44.2 m/s)i + (3.23 m/s)ĵ as indicated in the figure. The period of time during which the car changes its velocity is At = 3.49 s.
Transcribed Image Text:Vo = Vox i = (30.6 m/s) i until it encounters a smooth inclined hill. It climbs the hill with constant velocity V₁ = V₁₁x + V₁yĴ = (44.2 m/s)i + (3.23 m/s)ĵ as indicated in the figure. The period of time during which the car changes its velocity is At = 3.49 s.
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