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How much force does a cyclist need to move faster around a curve?
A cyclist needs to exert a centripetal force to move faster around a curve. The amount of force required depends on the speed of the cyclist, mass of the rider and bicycle, radius of the curve, and coefficient of friction between the tires and the road surface. A higher speed or tighter turn will require more force.
Is friction and upthrust are equal to thrust the cyclist moving at the terminal velocity?
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What is the force that stops a cyclist from skidding away?
Friction between the tires and the road surface prevents the cyclist from skidding away. This friction allows the tires to grip the road and provides the necessary traction for the cyclist to maintain control while braking or turning.
Are the forces acting on a cyclist decelerating balanced?
No, the forces acting on a cyclist when decelerating are not balanced. The force of friction between the tires and the road, as well as air resistance, act to slow down the cyclist. The net force in the direction opposite to the movement causes deceleration.
Is friction a greater force when motion is faster?
Friction is not affected by the speed of motion. The force of friction remains constant regardless of the speed of the objects in contact.
How much force does a cyclist need to move faster around a curve?
A cyclist needs to exert a centripetal force to move faster around a curve. The amount of force required depends on the speed of the cyclist, mass of the rider and bicycle, radius of the curve, and coefficient of friction between the tires and the road surface. A higher speed or tighter turn will require more force.
What is the force that stops a cyclist from skidding?
Friction
Is friction and upthrust are equal to thrust the cyclist moving at the terminal velocity?
ojihioyu 9h7t ut y hjgygjhf ty df
What is the force that stops a cyclist from skidding away?
Friction between the tires and the road surface prevents the cyclist from skidding away. This friction allows the tires to grip the road and provides the necessary traction for the cyclist to maintain control while braking or turning.
Are the forces acting on a cyclist decelerating balanced?
No, the forces acting on a cyclist when decelerating are not balanced. The force of friction between the tires and the road, as well as air resistance, act to slow down the cyclist. The net force in the direction opposite to the movement causes deceleration.
Is friction a greater force when motion is faster?
Friction is not affected by the speed of motion. The force of friction remains constant regardless of the speed of the objects in contact.
If normal force is dobledwhat happens to friction?
Frictional force gets doubled. But coefficient of friction does not change
What are the two forces that make the cyclist slow down?
The two forces that make a cyclist slow down are air resistance (drag) and friction. Air resistance occurs due to the drag force as the cyclist moves through the air, while friction between the bicycle tires and the road surface causes the bike to slow down.
What are two forces that are trying to make the cyclist slow down?
Air resistance (also known as drag) is a force that opposes the motion of the cyclist as they move through the air. Rolling resistance is another force that occurs as the tires of the bike come in contact with the road surface, resulting in friction that slows down the cyclist.
Why does the cyclist bend inverse while taking a circular path?
to counter centrifugal force and to take turn faster
Effect of speed on the force of friction?
Friction is independent of speed once an object is moving since faster does not mean more friction.
Why does the cyclist have to keep pedalling to maintain their constant velocity?
The cyclist must keep pedaling to maintain their constant velocity because they are overcoming forces like air resistance and friction. These forces act in the opposite direction of motion, so the cyclist needs to continuously apply force through pedaling to balance them out and keep moving at a steady pace. If they stop pedaling, these forces will eventually slow them down.
