on that last example where the acceleration is perpendicular to the velocity, i thought that the object would maintain it's same velocity in the negative j direction, but pick up speed in the positive i direction. I wouldn't think that the object would necessarily turn. If you were talking about a vector field, then an object in that field would rotate (curl). could you tell me why the object in your example turns?
This guy passed Physics II for me.
Now it's time to pass Physics I as well:)!
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on that last example where the acceleration is perpendicular to the velocity, i thought that the object would maintain it's same velocity in the negative j direction, but pick up speed in the positive i direction. I wouldn't think that the object would necessarily turn. If you were talking about a vector field, then an object in that field would rotate (curl). could you tell me why the object in your example turns?
What textbook does this class use?
( distance, angle ) = (r,teta) = polar coordinates
anybody here bc of physics C?
Thịnh Ngô yes sir
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Thank you sir