A projectile of mass mp= 38 g and velocity Vp = 308 imhits a box of mass mB= 10 kg moving with a velocityPimV B,= 6iand embeds into it. The box with the projectile continues to slide on a frictionless surface until it reaches africtionless ramp inclined at an angle 0 = 32°.m1. Calculate the velocity of the Projectile-Block system after the collision. VPB2. Calculate the change of the kinetic energy due to the collision. AK =3. Is the collisionelasticinelastichmax4. If the incline is frictionless determine the maximum height hmax the Projectile-Box can reach, hmтах5. If the incline had a coefficient of kinetic friction of U= 0.15 which of the following heights would be the most likely outcome?(Answer without calculation)2.603 m2.099 m3.107 m

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Description: A projectile of mass mp= 38 g and velocity Vp = 308 imhits a box of mass mB= 10 kg moving with a velocityPimV B,= 6iand embeds into it. The box with the projectile continues to slide on a frictionless surface until it reaches africtionless ramp incl

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A projectile of mass m,= 38 g and velocity Vp= 308 i hits a box of mass mg= 10 kg moving with a velocity = 6 îa frictionless ramp inclined at an angle 0 = 32°. dp, m 1. Calculate the velocity of the Projectile-Block system after the collision. V pB S 2. Calculate the change of the kinetic energy due to the collision. AK = J 3. Is the collision II

A projectile of mass m,= 38 g and velocity Vp= 308 i hits a box of mass mg= 10 kg moving with a velocity = 6 îa frictionless ramp inclined at an angle 0 = 32°. dp, m 1. Calculate the velocity of the Projectile-Block system after the collision. V pB S 2. Calculate the change of the kinetic energy due to the collision. AK = J 3. Is the collision II

Glencoe Physics: Principles and Problems, Student Edition

1st Edition

ISBN:9780078807213

Author:Paul W. Zitzewitz

Publisher:Paul W. Zitzewitz

Chapter9: Momentum And Its Conservation

Section: Chapter Questions

Problem 70A

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