This shows you the differences between two versions of the page.
Both sides previous revision Previous revision | Next revision Both sides next revision | ||
vpde_lecture25 [2020/03/31 08:25] trinh |
vpde_lecture25 [2020/03/31 08:26] trinh |
||
---|---|---|---|
Line 35: | Line 35: | ||
===== Example 16.2 (Imagining the modes) ===== | ===== Example 16.2 (Imagining the modes) ===== | ||
- | I want to help you imagine what the modes, $u_n$, look like. For simplicity, take the length $L = \pi$. Also, we may take $c = 1$. | + | I want to help you imagine what the modes, $u_n$, look like. For simplicity, take the length $L = \pi$. Also, we may take $c = 1$. The individual modes we want to examine are: |
+ | $$ | ||
+ | u_n(x, t) = \sin\left(nx\right) \left[ A_n \cos(nct) + B_n \sin(nct)\right] | ||
+ | $$ |