A bullet of inertia m is fired with speed v into a block of inertia M which
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Question:
A bullet of inertia m is fired with speed v into a block of inertia M which is placed directly against a spring (in relaxed, equilibrium position). The bullet instantaneously embeds in the block and the block/bullet compresses the spring a distance d. The spring constant is k.
Assume that all of this is happening in a vacuum on a frictionless surface and that the spring has no mass and no internal states of the spring change.
Write an expression for the initial velocity of the bullet v in terms of the four other variables.
Related Book For
Advanced Financial Accounting
ISBN: 978-0078025624
10th edition
Authors: Theodore E. Christensen, David M. Cottrell, Richard E. Baker
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