This lecture was really cool. I confess I thought it would be boring when you picked the modelling subject, but it turned out to be interesting and gave a good idea of what is this all about. Thank you. Respect from Brazil.
@watcheroffunnystuff
8 ай бұрын
Just wanted to say this was both illuminating and humbling. I’ve been tied in knots for years with some of my own explorations in modeling social phenomenon. To see how unwieldy the equation got when adding air resistance was something else. At least I better understand just how unlikely I am to get my answers haha Frankly this is some of the best educational content on the net. I feel more confident going back for my masters knowing I have access to such material.
@jasonbramburger
8 ай бұрын
Glad I can help!
@prachidhawane2984
5 ай бұрын
Thanks. It's very helpful information Helps me a lot!
@lorebarbaforno4717
Жыл бұрын
great lesson
@moism1175
8 ай бұрын
Man i love you
@asadyezdan3858
Жыл бұрын
I’ve seen a few videos like this, how does this thing he’s writing on work, is it two sheets of glass/mirrors, is he just rly good at writing backwards?
@jasonbramburger
Жыл бұрын
This is done using a lightboard: www.lightboard.info/
@asadyezdan3858
Жыл бұрын
@@jasonbramburger thx, nice to finally know
@josiahbrough6570
9 ай бұрын
Hi Jason, At 24:45 are you combining the constant of integration with your velocity coefficient? I can't seem to get your answer.
@jasonbramburger
9 ай бұрын
Hello, I am not combining them. I just skip the step where I determine what the constant of integration is based on v(0) = 0. This allows me to avoid having c and C in the same equation. For the record, your constant of integration should be C = 9.806 - try to see if you get that.
@ProfAlexandreLemos
11 ай бұрын
Of course the solution for position here kzitem.info/news/bejne/261vv2iqZoCZZnosi=5c8OUN9E9a_3tfp2&t=1667, I found -9.806/c*(e^(-c*t)/(9.806*c)+1)+constant integration, but constant integration=10meters + 1/c^2. For c=1 constant integration=11meters, for c=2 constant integration=10.25meters, for c=3 constant integration=10.11meters and for c=4 and so on constant integration=10meters approximately. remember c is equal the ratio between K and mass. K depends only of the aerodynamic of the body googles.
@ProfAlexandreLemos
11 ай бұрын
Mr. Professor, I found another solution here kzitem.info/news/bejne/261vv2iqZoCZZnosi=OP58whTbSk2tmCau&t=1566, this is 10/c*(e^(-c*t)/10-1). Could you please tell me if am I right? Of course gravity aceleration used was 10m/s^2 even 9.806m/s^2. If you want 9.806/c*(e^(-c*t)/9.806-1)
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