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12.13. A car moves along the path seen below. At t = 2.0s the car is at A and has velocity ³₁ = −4.0™ î+ 4.0™ĵ. At t = 5.0s, it's at B with velocity ₂2 m = 4.0 +2.0 S す。 A B v₂ a. Find the x and y components of the average acceleration vector from 2.0s to 5.0s b. Write the average acceleration vector in terms of î, ĵ. Put the two velocity vectors in the picture tail to tail at the location A and then draw a avg

12.13. A car moves along the path seen below. At t = 2.0s the car is at A and has velocity ³₁ = −4.0™ î+ 4.0™ĵ. At t = 5.0s, it's at B with velocity ₂2 m = 4.0 +2.0 S す。 A B v₂ a. Find the x and y components of the average acceleration vector from 2.0s to 5.0s b. Write the average acceleration vector in terms of î, ĵ. Put the two velocity vectors in the picture tail to tail at the location A and then draw a avg

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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12.13. A car moves along the path seen below. At t = 2.0s the car is at A and has velocity v₁ = −4.0mî +4.0ĵ. At t = 5.0s, it's at B with velocity v₂ = 4.0 î+ 2.0™ S S S V₁ A B v₂ a. Find the x and y components of the average acceleration vector from 2.0s to 5.0s b. Write the average acceleration vector in terms of î,ĵ. Put the two velocity vectors in the picture tail to tail at the location A and then draw a avg
Transcribed Image Text:12.13. A car moves along the path seen below. At t = 2.0s the car is at A and has velocity v₁ = −4.0mî +4.0ĵ. At t = 5.0s, it's at B with velocity v₂ = 4.0 î+ 2.0™ S S S V₁ A B v₂ a. Find the x and y components of the average acceleration vector from 2.0s to 5.0s b. Write the average acceleration vector in terms of î,ĵ. Put the two velocity vectors in the picture tail to tail at the location A and then draw a avg
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