00:00:04.697,00:00:07.697
Ethan Reid: I don't think they make this one anymore, this was from back when Starship was still BFR

00:00:18.907,00:00:21.907
David Lont: BFR was a better name

00:21:06.640,00:21:09.640
Aidan Wales: Is the complementary energy just unrecoverable energy from strain? Or what is the physical meaning of it?

00:21:07.742,00:21:10.742
Garrett Clyma: yes

00:22:07.328,00:22:10.328
Garrett Clyma: Response was to asking if we were following

00:34:45.080,00:34:48.080
Nicole Badour: can you go back a slide?

00:50:57.025,00:51:00.025
Nathan Thorn: Why do we use an imaginary load if we end up setting it to zero?

00:52:01.675,00:52:04.675
Nicole Badour: Can you explain the moment arms for the bottom picture again?

01:01:48.115,01:01:51.115
David Lont: is delta k one or two variables?

01:02:01.388,01:02:04.388
Hannah Sargent: Was there a reason to use capital delta instead of lowercase for this one

01:02:39.789,01:02:42.789
Ethan Reid: Delta should probably not be greater than the length of the beam

01:03:56.441,01:03:59.441
Nicole Badour: Would displacements at the end be zero because it's cantilevered?

01:09:21.274,01:09:24.274
Tyler Bye: I think we talked about it in AC Stability and Controls

01:09:26.006,01:09:29.006
David Lont: I hear about it last lecutre

01:15:21.984,01:15:24.984
David Lont: What's the definition of "kinematically admissible"?