Two objects are are moving towards each other with velocities ?⃗1V→1 and ?⃗2V→2 on a frictionless surface. The velocity of the second object before the collision has a magnitude of |?⃗2|=20.3m/s|V→2|=20.3m/s. They collide completely inelastically and move together after the collision with a velocity ?⃗3V→3 as shown below.If the ratio of the masses is ?1/?2=0.98m1/m2=0.98 and the angles are ?1=36?θ1=36o and ?2=47?θ2=47o, what is the magnitude of ?⃗3V→3 in units of m/sm/s? Express your answer using one decimal place. Two objects are are moving towards each other with velocities ₁ and ₂ on a frictionless surface. The velocity12of the second object before the collision has a magnitude of |V₂| = 20.3 m/s. They collide completelyinelastically and move together after the collision with a velocity V3 as shown below. If the ratio of the masses is0.98 and the angles are 0₁ 36° and 02 = 47°, what is the magnitude of 3 in units of m/s?Express your answer using one decimal place.=m₁/m2=m₁m₂V₂1^0₁V30₂

Answered: 1 Two objects are are moving towards…

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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Two objects are are moving towards each other with velocities ?⃗1V→1 and ?⃗2V→2 on a frictionless surface. The velocity of the second object before the collision has a magnitude of |?⃗2|=20.3m/s|V→2|=20.3m/s. They collide completely inelastically and move together after the collision with a velocity ?⃗3V→3 as shown below.If the ratio of the masses is ?1/?2=0.98m1/m2=0.98 and the angles are ?1=36?θ1=36o and ?2=47?θ2=47o, what is the magnitude of ?⃗3V→3 in units of m/sm/s? Express your answer using one decimal place.

Two objects are are moving towards each other with velocities ₁ and ₂ on a frictionless surface. The velocity
1
2
of the second object before the collision has a magnitude of |V₂| = 20.3 m/s. They collide completely
inelastically and move together after the collision with a velocity V3 as shown below. If the ratio of the masses is
0.98 and the angles are 0₁ 36° and 02 = 47°, what is the magnitude of 3 in units of m/s?
Express your answer using one decimal place.
=
m₁/m2
=
m₁
m₂
V₂
1^
0₁
V3
0₂

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