Pulse in a string
I'm stuck on this question. I know there is a reflection wave on the soft boundary (the ring) and it's not inverted and there is no phase change either.
Join Matchmaticians Affiliate Marketing
Program to earn up to a 50% commission on every question that your affiliated users ask or answer.
- closed
- 1338 views
- $8.00
Related Questions
- Solve the Riemann Problem
- Pointwise estimate for solutions of the laplace equation on bounded domains
- Can someone translate $s_j : \Omega \hspace{3pt} x \hspace{3pt} [0,T_{Final}] \rightarrow S_j \subset R$ into simple English for me?
- Equipartition of energy in one dimensional wave equation $u_{tt}-u_{xx}=0 $
- Laplace transforms / ODE / process model
- Solve the initial value problem $(\cos y )y'+(\sin y) t=2t$ with $y(0)=1$
- Explicit formula for the trasport equation
- Burgers’ equation $u_t + u u_x = −x $
This is hand-written question, I think there is still some information giving, even variables are not defined.
Information missing*
This question is vague. Does the motion satisfy the wave equation and the wave looks like the given picture at certain time?