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When a wheel rolls without slipping- the velocity of the bottom point-.docx

When a wheel rolls without slipping, the velocity of the bottom point, where the wheel contacts with the ground, is zero.
True or False
Solution
True
\"If the wheel is rolling without slipping, what\'s the velocity of the point at the base of the wheel?? It is... zero! Convince yourself that the velocity must be zero. Since if it wasn\'t zero, the wheel wouldn\'t be rolling without slipping. So the wheel is rolling without slipping if and only if the point at the base has velocity zero, i.e. if and only if the tangential speed equals the speed of the center of mass.\"
.

When a wheel rolls without slipping, the velocity of the bottom point, where the wheel contacts with the ground, is zero.
True or False
Solution
True
\"If the wheel is rolling without slipping, what\'s the velocity of the point at the base of the wheel?? It is... zero! Convince yourself that the velocity must be zero. Since if it wasn\'t zero, the wheel wouldn\'t be rolling without slipping. So the wheel is rolling without slipping if and only if the point at the base has velocity zero, i.e. if and only if the tangential speed equals the speed of the center of mass.\"
.

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When a wheel rolls without slipping- the velocity of the bottom point-.docx

1. 1. When a wheel rolls without slipping, the velocity of the bottom point, where the wheel contacts with the ground, is zero. True or False Solution True "If the wheel is rolling without slipping, what's the velocity of the point at the base of the wheel?? It is... zero! Convince yourself that the velocity must be zero. Since if it wasn't zero, the wheel wouldn't be rolling without slipping. So the wheel is rolling without slipping if and only if the point at the base has velocity zero, i.e. if and only if the tangential speed equals the speed of the center of mass."