please help me solve this problem A 20.0-g bullet with an initial horizontal velocity of vlj strikes and is immediately embedded in a block of wood of mass1.000 kg that is originally at rest. After the perfectly inelastic collision, the free-hanging block, with the bullet inside, rises toa maximum height of h-0.400 m. What is vli ?

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A 20.0-g bullet with an initial horizontal velocity of vjj strikes and is immediately embedded in a bloc 1.000 kg that is originally at rest. After the perfectly inelastic collision, the free-hanging block, with the a maximum height of h-0.400 m. What is vii ? m + m2 Vii

A 20.0-g bullet with an initial horizontal velocity of vjj strikes and is immediately embedded in a bloc 1.000 kg that is originally at rest. After the perfectly inelastic collision, the free-hanging block, with the a maximum height of h-0.400 m. What is vii ? m + m2 Vii

Glencoe Physics: Principles and Problems, Student Edition

1st Edition

ISBN:9780078807213

Author:Paul W. Zitzewitz

Publisher:Paul W. Zitzewitz

Chapter11: Energy And Its Conservation

Section11.2: Conservation Of Energy

Problem 21PP

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please help me solve this problem

A 20.0-g bullet with an initial horizontal velocity of vlj strikes and is immediately embedded in a block of wood of mass
1.000 kg that is originally at rest. After the perfectly inelastic collision, the free-hanging block, with the bullet inside, rises to
a maximum height of h-0.400 m. What is vli ?

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