Please see attached image. Thank you 18 MG to the right When it (ollides head -on with q 1800 kgA lo0o ky Car is trarelica 1Y MG to the right when it C0llides head -on with a 10 kaPickup truckthe Colli sion,traveling 14mis to the left, The Vehicleswhich 19sts 0.35.p kg mislock togethor în elas tically follovingcar linital)18000TrSck Cinitia l)-25200Combined (fineil)Car only (final)-7200Truck only (fing)what direction did the vehicles more after the ColliSion?.TefEHow fast Were the Vehicles moving after the Collision?m/swhat was the magnitude of the imAulse?kg Myswhat was the magnitude of the impact force?,

Name: Please see attached image. Thank you 18 MG to the right When it (ollid
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Description: Please see attached image. Thank you 18 MG to the right When it (ollides head -on with q 1800 kgA lo0o ky Car is trarelica 1Y MG to the right when it C0llides head -on with a 10 kaPickup truckthe Colli sion,traveling 14mis to the left, The Vehicleswh

Answered: 18 MG to the right When it (ollides…

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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Please see attached image. Thank you

18 MG to the right When it (ollides head -on with q 1800 kg
A lo0o ky Car is trarelica 1Y MG to the right when it C0llides head -on with a 10 ka
Pickup truck
the Colli sion,
traveling 14mis to the left, The Vehicles
which 19sts 0.35.
p kg mis
lock togethor în elas tically folloving
car linital)
18000
TrSck Cinitia l)
-25200
Combined (fineil)
Car only (final)
-7200
Truck only (fing)
what direction did the vehicles more after the ColliSion?.
TefE
How fast Were the Vehicles moving after the Collision?
m/s
what was the magnitude of the imAulse?
kg Mys
what was the magnitude of the impact force?,

Expert Solution

Step 1

Given,

Mass of truck M = 1800 kg

Initial velocity of truck v_t = 14 m/s

Mass of car m = 1000 kg

Initial velocity of car v_m = 18 m/s

Since the car and truck lock together after Collision, it is an inelastic collision.

Using the conservation of momentum,

- Mvt+ mv_c = (M+m)v

v = (-Mv_t + mv_c)/(M+m)

v = (-1800*14 + 1000*18)/(1800+1000)

v = (-25200 + 18000)/2800

v = - 7200/2800 = 2.57 m/s

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