I want solve this question please Lfra2-albaraiki]Dewis @ UWEDynamics Assessment Test 3Question 11.Two cars collide on a road and lock together on impact, as shown in the figure [not to scale]. Immediately before the collision, car 1 (top in figure) is travelling at a velocity of u = 20m/s at an angle ofa= 20 degrees and car 2 has a velocity of uz = 36 m/s at an angle of ag =34 degrees. Cars 1 and 2 have masses of m = 1630 kg and m, =2200 kg respectively.m,jAm,+m,a,m,Before collisionAfter collisionCalculate their combined velocity, v, and direction of travel, 0, immediately after the collision. All angles are defined clearly in the figure.Enter your answers correct to three significant figures.Combined velocity, v =m/s.11[2 marks]Direction of travel, 0 =%3D[2 marks]O B/sO B/s14:16Type here to searchONE (D ツ , 包可く27°C02/01/2022hpendinsertscrollf6 CDE困deletef5f7f8f9f10F11f1296&backspacenum lk5 06 77 V8 A9.多

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Description: I want solve this question please Lfra2-albaraiki]Dewis @ UWEDynamics Assessment Test 3Question 11.Two cars collide on a road and lock together on impact, as shown in the figure [not to scale]. Immediately before the collision, car 1 (top in figure)

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Dewis UWE Dynamics Assessment Test 3 Question 11. Two cars collide on a road and lock together on impact, as shown in the figure [not to scale). Immediately before the collision, car 1 (top in figure) is travelling at a velocity of u = 20m/s at an angle of a = 20 degrees and car 2 has a velocity of uz 36 m/s at an angle of az = 34 degrees. Cars 1 and 2 have masses of my= 1630 kg and m = 2200 kg respectively. %3D m,+m, uz m, Before collision After collision Calculate their combined velocity, v, and direction of travel, 0, immediately after the collision. All angles are defined clearly in the figure. Enter your answers correct to three significant figures. Combined velocity, v= m/s 1 [2 marks] Direction of travel, 0 =

Dewis UWE Dynamics Assessment Test 3 Question 11. Two cars collide on a road and lock together on impact, as shown in the figure [not to scale). Immediately before the collision, car 1 (top in figure) is travelling at a velocity of u = 20m/s at an angle of a = 20 degrees and car 2 has a velocity of uz 36 m/s at an angle of az = 34 degrees. Cars 1 and 2 have masses of my= 1630 kg and m = 2200 kg respectively. %3D m,+m, uz m, Before collision After collision Calculate their combined velocity, v, and direction of travel, 0, immediately after the collision. All angles are defined clearly in the figure. Enter your answers correct to three significant figures. Combined velocity, v= m/s 1 [2 marks] Direction of travel, 0 =

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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