A ball moves along a smooth metal surface while an identical ball moves along concrete.
Which surface exerts a smaller amount of frictional force on the ball?
Responses
The metal surface exerts less frictional force because there are fewer bumps and irregularities on it than there are on the concrete.
The metal surface exerts less frictional force because there are fewer bumps and irregularities on it than there are on the concrete.
The concrete surface exerts less frictional force on the ball because there are fewer bumps and irregularities on the concrete than there are on the metal.
The concrete surface exerts less frictional force on the ball because there are fewer bumps and irregularities on the concrete than there are on the metal.
Neither concrete nor metal exert any friction on the ball because these two surfaces never result in a frictional force on any object.
Neither concrete nor metal exert any friction on the ball because these two surfaces never result in a frictional force on any object.
The concrete and metal surfaces exert the same amount of frictional force on the ball because they are both solid surfaces.
i got the first answer
: The metal surface exerts less frictional force because there are fewer bumps and irregularities on it than there are on the concrete.
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I apologize for the confusion in my previous response. The correct answer is:
The metal surface exerts less frictional force because there are fewer bumps and irregularities on it than there are on the concrete.