when displacement is half of amplitude. what is ratio of kinetic and potential energy
aymen , 7 Years ago
Grade 12
Wave Motion> when displacement is half of amplitude. w...
1 AnswersVikas TU
Last Activity: 7 Years ago
Dear Student,
If the question is of SHM which is highly likely to be, then the answer is
Potential energy=U=kx2/2 (x is the displacement)
Total energy= T=kA2/2 (A is the amplitude)
U=kA2/8
T=kA2/2
Kinetic energy=K=3kA2/8
Ratio=K/U
=3:1
If the question is of SHM which is highly likely to be, then the answer is
Potential energy=U=kx2/2 (x is the displacement)
Total energy= T=kA2/2 (A is the amplitude)
U=kA2/8
T=kA2/2
Kinetic energy=K=3kA2/8
Ratio=K/U
=3:1
Cheers!!
Regards,
Vikas (B. Tech. 4th year
Thapar University)
Thapar University)
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