00:02:29.701,00:02:32.701
Nicole Badour: I think you said something before about beam bending not being on the first exam. Will torsion be on the exam?

00:04:37.925,00:04:40.925
Jeremy Baiocchi: Do you want homework to be turned in on gradescope and E-learning? 

00:15:07.438,00:15:10.438
Anna Agge: what sections will be covered on the exams?

00:15:37.966,00:15:40.966
Garrett Clyma: I also had that problem

00:15:44.626,00:15:47.626
Aidan Wales: me too

00:15:48.155,00:15:51.155
Ryan Fox: I had the same problem, are you using multiple ,monitors? 

00:15:59.598,00:16:02.598
Ryan Fox: I turned my other monitors off and it worked

00:16:03.649,00:16:06.649
Vegard Selnes: changing display resolution helped me

00:20:16.537,00:20:19.537
Ashleigh Heath: yes

00:20:18.359,00:20:21.359
Gavin Hutchins: yes

00:20:19.683,00:20:22.683
Sarah Kirtek: yes

00:20:23.767,00:20:26.767
Ethan Reid: 5 by 5

00:20:25.142,00:20:28.142
Christopher Weaver: yes

00:46:06.615,00:46:09.615
David Lont: How did you know to multiply by C and not, say, Cr or Cr^2?

00:55:21.202,00:55:24.202
Nicole Badour: Can you repeat the bounds on the double integral with r*dr*dtheta?

00:55:42.749,00:55:45.749
Ethan Reid: 0 to a on r, 0 to pi on theta

00:56:29.333,00:56:32.333
Nicole Badour: thank you

01:06:01.784,01:06:04.784
David Lont: Ok, thank you!

01:09:04.708,01:09:07.708
Nicole Badour: Was there an equation of phi that you took the derivatives of to get the shear stress?

01:10:22.169,01:10:25.169
Ethan Reid: We got that phi = C*(x^2/a^2 + y^2/a^2 - 1), where C -1/2*a^2*G*theta 

01:25:15.355,01:25:18.355
Nicole Badour: Are we allowed to have an equation sheet or use notes on the exam?

01:39:31.967,01:39:34.967
David Lont: It looks like now it should work. I'll log out to start the practice exam. Thanks for your help. I'll contact you if anything goes off nominal