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
- 651 views
- $8.00
Related Questions
- Integral of the fundamentla solution of the heat equation
- Equipartition of energy in one dimensional wave equation $u_{tt}-u_{xx}=0 $
- Show that $\int_\Omega \Delta f g = \int_\Omega f \Delta g$ for appropriate boundary conditions on $f$ or $g$
- Partial Differential Equations
- Use the divergence theorem to derive Green's identity
- Explicit formula for the trasport equation
- Why does this spatial discretization with n intervals have a position of (n-1)/n for each interval?
- Solve the Riemann Problem
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?