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Static friction

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What kind of friction requires more force to overcome rollingfriction or sliding friction?

Coefficient of rolling friction will always be less than that of sliding friction. Hence more force is required to overcome sliding friction. Because the force = coefficient of friction x normal force (ie weight of the body)


Which kind od friction requires more force to overcome rolling friction or sliding friction?

Sliding friction typically requires more force to overcome compared to rolling friction. Rolling friction occurs when an object rolls over a surface, which reduces the contact area and frictional force, while sliding friction involves two surfaces rubbing against each other with a larger contact area, resulting in higher resistance.


What kind of friction requires more force?

Static friction generally requires more force to overcome compared to kinetic friction. Static friction occurs when two surfaces are at rest relative to each other, while kinetic friction occurs when the two surfaces are in motion. This is because static friction opposes the initial force applied to move an object, while kinetic friction only opposes the ongoing motion.


What kind of friction must you overcome to get an object to start moving?

You must overcome static friction to get an object to start moving. Static friction is the force that resists the initial motion of an object at rest.


What kind or friction must be overcome to start movement of a stationary object?

Static friction must be overcome to start movement of a stationary object. This is the friction that exists between two surfaces that are not moving relative to each other. Once the static friction is overcome, the object can start moving.

Related Questions

What kind of friction requires more force to overcome rolling friction or sliding?

Sliding friction requires more force to overcome its friction.


What kind of friction requires more force to overcome rolling friction of sliding friction?

Sliding friction requires more force to overcome its friction.


What kind of friction requires more forces to overcome rolling friction or sliding friction?

Sliding friction requires more force to overcome its friction.


What kind of friction requires more forced to overcome rolling friction or sliding friction?

Sliding friction requires more force to overcome its friction.


What kind of friction require more force to overcome rolling friction or sliding friction?

Sliding friction requires more force to overcome its friction.


Which kind of friction requires more force to overcome rolling friction of sliding friction?

Sliding Friction


Which kind of friction requires more force to overcome rolling friction friction or sliding friction?

Sliding Friction


What kind of friction requires more force to overcome rollingfriction or sliding friction?

Coefficient of rolling friction will always be less than that of sliding friction. Hence more force is required to overcome sliding friction. Because the force = coefficient of friction x normal force (ie weight of the body)


Which kind of friction requires more forces to overcome friction or sliding friction?

Sliding Friction


Which kind od friction requires more force to overcome rolling friction or sliding friction?

Sliding friction typically requires more force to overcome compared to rolling friction. Rolling friction occurs when an object rolls over a surface, which reduces the contact area and frictional force, while sliding friction involves two surfaces rubbing against each other with a larger contact area, resulting in higher resistance.


What kind of force required more force to overcome?

Static friction


What kind of friction requires more force?

Static friction generally requires more force to overcome compared to kinetic friction. Static friction occurs when two surfaces are at rest relative to each other, while kinetic friction occurs when the two surfaces are in motion. This is because static friction opposes the initial force applied to move an object, while kinetic friction only opposes the ongoing motion.