3. A fixed-fixed string with wave speed v is initially displaced a distance h for 0 0. Explain physically why half of the modes are not present. Does the motion repeat in this case? y(x,0)
3. A fixed-fixed string with wave speed v is initially displaced a distance h for 0 0. Explain physically why half of the modes are not present. Does the motion repeat in this case? y(x,0)
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![3. A fixed-fixed string with wave speed v is initially
displaced a distance h for 0 < x < l, where h << l, and
is released from rest at t = 0. (A large slope is initially at
x = 0 and l; assume it is infinite.) Impose the initial and
boundary conditions on the general solution, and uniquely
determine y(x,t) for t> 0. Explain physically why half of
the modes are not present. Does the motion repeat in this case?
y(x,0)
h
X](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fb8d14a18-18b6-4b9f-91b0-8c8acc9b34e2%2F8ec2d021-a0e2-47c9-a7aa-9ff8e00fbc7b%2Fpz86fcl_processed.png&w=3840&q=75)
Transcribed Image Text:3. A fixed-fixed string with wave speed v is initially
displaced a distance h for 0 < x < l, where h << l, and
is released from rest at t = 0. (A large slope is initially at
x = 0 and l; assume it is infinite.) Impose the initial and
boundary conditions on the general solution, and uniquely
determine y(x,t) for t> 0. Explain physically why half of
the modes are not present. Does the motion repeat in this case?
y(x,0)
h
X
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