WebJun 7, 2024 · Returning to the equations for friction given above, F = μsW and F = μkW, we can see that friction only depends on the weight of … WebOct 14, 2011 · 973. I'm going to start of by asserting that mass DOESN'T affect static friction. If you had a small mass and a large mass sitting on a surface in a weightless situation, neither would have any static friction. Weight affects friction (more correctly the force perpendicular to the surface). If you have a mass sitting on a horizontal plane, then ...
Does friction depend on mass? - Quora
WebMay 24, 2024 · The magnitude of the frictional force depends on the weight of the object and roughness of the surface in contact. ... Friction does depend on the sliding velocity, but this de- pendence is far from universal: some measurements find an increase when velocity increases, while others find a decay [8–10] or even a more complex non … WebIt does, however, depend on the magnitude of the forces holding the bodies together. When a body is moving over a horizontal surface, it presses down against the surface with a force equal to its weight, i.e., to the pull of gravity upon it; an increase in the weight of the body causes an increase in the amount of resistance offered to the ... organization development manager job
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WebFriction DOES NOT depend on the mass of the body. It depends on the normal force and the roughness of the surface in contact. When a body is placed on the ground, the mass … WebThe force of friction depends on two factors: the coefficient of friction and the normal force. For any two surfaces that are in contact with one another, the coefficient of friction is a constant that depends on the nature of the surfaces. ... What does it depend on? Mass is the weight of an object, and it depends on the gravitational force ... WebExplain, using your experimental data. 11. Does the force of kinetic friction depend on the weight of the block? Explain. 12. Does the coefficient of kinetic friction depend on the weight of the block? How? 13. Compare your coefficients of kinetic friction determined in Part III to that determined in Part II Discuss the values. organization development and change cummings