Trying to rely on my professor I can barely understand has literally given me panic attacks. This really gives me hope and makes me feel like I can make it. Thank you.
You are an amazing teacher man. I want to thank you from the core of my heart. I am not lost in this subject anymore. Please do some more videos on this stuff.
I believe the given theta should have been converted from 60 degrees to rad/s ? Or am I mistaken? since 1.5 is already in rad/s. Either way. Great explanation
So I've done a bunch of these type of problems and in all cases you can substitute a_r = -a_n = V^2/r (normal acceleration using V_theta component). I am confused why a_r here is not coming out that way??
Can anyone recommend me a book about mechanic of particle because as I have searched I cannot find it in English, I can only see in French. Thank you in advance
Trying to rely on my professor I can barely understand has literally given me panic attacks. This really gives me hope and makes me feel like I can make it. Thank you.
You are an amazing teacher man. I want to thank you from the core of my heart. I am not lost in this subject anymore. Please do some more videos on this stuff.
You made this so much easier to understand, but I think you were in degree mode. Thanks for all your help
Im sitting here 1.5 hours until my exam and you're the only one that's been able to explain this
Everything was pretty easy to follow along, however I was wondering where you got the acceleration equations from? Thanks!
God bless you! So well explained :)
When youtube is better than a 3k dollar class at a university.
I believe the given theta should have been converted from 60 degrees to rad/s ? Or am I mistaken? since 1.5 is already in rad/s. Either way. Great explanation
So I've done a bunch of these type of problems and in all cases you can substitute a_r = -a_n = V^2/r (normal acceleration using V_theta component). I am confused why a_r here is not coming out that way??
But isn't angular velocity rthetadot?
Is theta dot another way of saying theta prime?
Theta dot is the same as saying dtheta/dt or the derivative of theta with respect to time
Good Explanation . do we use degree or radians?
radians
Can anyone recommend me a book about mechanic of particle because as I have searched I cannot find it in English, I can only see in French. Thank you in advance
Beer and Johnston. Statics and dynamic
You prolly don't need it anymore