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7 years later, youre still the man
52-0 and you deserve it. Great explanation Jim. Thanks!
Very helpful, thanks!
god bless you
That was pretty helpful. Now I have a better idea of how to how write my constraint equations.
Thanks sir
hi why is the angular velocity not +1.46 rad/s? your original omega equation had a negative already and the velocity is negative as well, therefore making the angular velocity positive. at time stamp 6:49
Could have used any other JPEG image other than a airplane XD Great video! Thank you!
excuse me but why is at 8:50 the x= -4cos(teta). why is it negative?
The position is negative based on the defined origin, where the axis are drawn.
I wonder if block B would move at all. Would it not b e blocked by the friction. Is it not better to put a string between the blocks?
The blocks are in a friction-less confinement.
7 years later, youre still the man
52-0 and you deserve it. Great explanation Jim. Thanks!
Very helpful, thanks!
god bless you
That was pretty helpful. Now I have a better idea of how to how write my constraint equations.
Thanks sir
hi why is the angular velocity not +1.46 rad/s? your original omega equation had a negative already and the velocity is negative as well, therefore making the angular velocity positive. at time stamp 6:49
Could have used any other JPEG image other than a airplane XD Great video! Thank you!
excuse me but why is at 8:50 the x= -4cos(teta). why is it negative?
The position is negative based on the defined origin, where the axis are drawn.
I wonder if block B would move at all. Would it not b e blocked by the friction. Is it not better to put a string between the blocks?
The blocks are in a friction-less confinement.