| Line 3: | Line 3: | ||
When is this homework due? I don't see any annoucement on the webpage. | When is this homework due? I don't see any annoucement on the webpage. | ||
| + | From [[User:Park296|Eun Young]]: | ||
| + | |||
| + | it's due Wed. 11/20 (See Lesson 36). | ||
---- | ---- | ||
| Line 14: | Line 17: | ||
For #15 on 12.3, are we supposed to show the work for each of the end conditions, or only part a (simply supported)? | For #15 on 12.3, are we supposed to show the work for each of the end conditions, or only part a (simply supported)? | ||
| + | From [[User:Park296|Eun Young]]: | ||
| + | |||
| + | #15 is irrelevant to Fig.293. | ||
---- | ---- | ||
Revision as of 07:50, 19 November 2013
Homework 11 collaboration area
When is this homework due? I don't see any annoucement on the webpage.
From Eun Young:
it's due Wed. 11/20 (See Lesson 36).
From Farhan: Any hint on how to go about #16 of 12.3?
From Craig:
For #15 on 12.3, are we supposed to show the work for each of the end conditions, or only part a (simply supported)?
From Eun Young:
#15 is irrelevant to Fig.293.
Question by Ryan Russon: For #8 of p. 556, I am having difficulties finding the solution for this in terms of what should happen with t... I realize that it must meet the IC's and the BC's but I can't figure out a periodic type solution that would vibrate for t>0 Thanks!
