A cyclist is riding his bike at a constant speed of 5 m/s, and experiences a frictional force between the bike and sidewalk of 100 N. The cyclist then changes his speed to 10 m/s. What effect does this increase in speed have on the frictional force between the bike and sidewalk? A) The frictional force doubles because when speed increases frictional force also increases. The frictional force doubles because when speed increases frictional force also increases. B) The frictional force becomes half of what it was because when speed increases, frictional force decreases. The frictional force becomes half of what it was because when speed increases, frictional force decreases. C) The frictional force between the bike and sidewalk stays the same because speed does not affect frictional force. The frictional force between the bike and sidewalk stays the same because speed does not affect frictional force. D) The frictional force increases, but does not double because although friction increases with increasing speed, it does not increase as fast.
A cyclist is riding his bike at a constant speed of 5 m/s, and experiences a frictional force between the bike and sidewalk of 100 N. The cyclist then changes his speed to 10 m/s. What effect does this increase in speed have on the frictional force between the bike and sidewalk? A) The frictional force doubles because when speed increases frictional force also increases. The frictional force doubles because when speed increases frictional force also increases. B) The frictional force becomes half of what it was because when speed increases, frictional force decreases. The frictional force becomes half of what it was because when speed increases, frictional force decreases. C) The frictional force between the bike and sidewalk stays the same because speed does not affect frictional force. The frictional force between the bike and sidewalk stays the same because speed does not affect frictional force. D) The frictional force increases, but does not double because although friction increases with increasing speed, it does not increase as fast.
A cyclist is riding his bike at a constant speed of 5 m/s, and experiences a frictional force between the bike and sidewalk of 100 N. The cyclist then changes his speed to 10 m/s. What effect does this increase in speed have on the frictional force between the bike and sidewalk? A) The frictional force doubles because when speed increases frictional force also increases. The frictional force doubles because when speed increases frictional force also increases. B) The frictional force becomes half of what it was because when speed increases, frictional force decreases. The frictional force becomes half of what it was because when speed increases, frictional force decreases. C) The frictional force between the bike and sidewalk stays the same because speed does not affect frictional force. The frictional force between the bike and sidewalk stays the same because speed does not affect frictional force. D) The frictional force increases, but does not double because although friction increases with increasing speed, it does not increase as fast.
A cyclist is riding his bike at a constant speed of 5 m/s, and experiences a frictional force between the bike and sidewalk of 100 N. The cyclist then changes his speed to 10 m/s.
What effect does this increase in speed have on the frictional force between the bike and sidewalk?
A) The frictional force doubles because when speed increases frictional force also increases.
The frictional force doubles because when speed increases frictional force also increases.
B) The frictional force becomes half of what it was because when speed increases, frictional force decreases.
The frictional force becomes half of what it was because when speed increases, frictional force decreases.
C) The frictional force between the bike and sidewalk stays the same because speed does not affect frictional force.
The frictional force between the bike and sidewalk stays the same because speed does not affect frictional force.
D) The frictional force increases, but does not double because although friction increases with increasing speed, it does not increase as fast.
Definition Definition Force that opposes motion when the surface of one item rubs against the surface of another. The unit of force of friction is same as the unit of force.
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