- #1
xailer
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hiya
Newton's law says if an object is not pushed or pulled upon, its velocity will naturally remain constant, or body will remain standing still
But is this only true if the sum of all torques is also zero?
If we pull on wheel (its axis attached to something so it doesn't fall down ) standing upwards with same force clockwise and counter-clockwise, but the distance vector is not the same for both torques, then for example clockwise torque will be greater and wheel will start moving clockwise, even though sum off all forces is zero ?
thank you
bye
Newton's law says if an object is not pushed or pulled upon, its velocity will naturally remain constant, or body will remain standing still
But is this only true if the sum of all torques is also zero?
If we pull on wheel (its axis attached to something so it doesn't fall down ) standing upwards with same force clockwise and counter-clockwise, but the distance vector is not the same for both torques, then for example clockwise torque will be greater and wheel will start moving clockwise, even though sum off all forces is zero ?
thank you
bye