m1=2.0 kg block sides along a frictionless tabletop at v0= 8.0 m/s towards a second block (at rest of mass m2=6.0 kg .A spring with spring constant K= 600 N/m is attached to the second block in such a way that is will be compressed when struck by the moving block .See Fig.8 (a) what will be the maximum compression of the spring ? (b) what will be the final velocities of the block after the collision? (c) Is the collision elastic
m1=2.0 kg block sides along a frictionless tabletop at v0= 8.0 m/s towards a second block (at rest of mass m2=6.0 kg .A spring with spring constant K= 600 N/m is attached to the second block in such a way that is will be compressed when struck by the moving block .See Fig.8 (a) what will be the maximum compression of the spring ? (b) what will be the final velocities of the block after the collision? (c) Is the collision elastic
Physics for Scientists and Engineers
10th Edition
ISBN:9781337553278
Author:Raymond A. Serway, John W. Jewett
Publisher:Raymond A. Serway, John W. Jewett
Chapter1: Physics And Measurement
Section: Chapter Questions
Problem 26P: Review. Prove that one solution of the equation 2.00x43.00x3+5.00x=70.0 is x = 2.22.
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8.A m1=2.0 kg block sides along a frictionless tabletop at v0= 8.0 m/s towards a second block (at rest of mass m2=6.0 kg .A spring with spring constant K= 600 N/m is attached to the second block in such a way that is will be compressed when struck by the moving block .See Fig.8
(a) what will be the maximum compression of the spring ?
(b) what will be the final velocities of the block after the collision?
(c) Is the collision elastic?
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