The roughness of the two objects coming in contact determines the degree of friction.
The amount of surface area that is in contact with the other object.
the roughness of the surfaces and the amount of force applied to the two surfaces
coefficientThe amount of friction divided by the weight of an object forms a dimensionless number called the coefficient of friction.
the mass of the object determines the amount of inertia in an object
The amount of space.
by increasing the roughness of the ground or increasing the sole of the shoes
The amount of friction between two surfaces depends on more than two things. It could depend on many things like The shared surafce area The amount of force between the objects How rough or somooth the surfaces are The presence of a lubricant or glue Ball bearings Even temperature. Many things affect the amount of friction between things
the ammount of force and the surface the object is sliding against
The friction coefficient of the two 'bodies' determines the retarding friction force. Represented by μ sub f in physics books. Friction coefficients can be measured in a lab or, sometimes, be looked up in books for an approximation. The coefficient is specific to each case.
never
Yes, it determines the motion and state the object is in.
The size of the normal force and coefficient of friction determines the size of frictional force.
The size of the normal force and coefficient of friction determines the size of frictional force.
Any sport involving motor vehicles involves extremely high friction. This is because the amount of grip between the road and a cars tires determines how fast it can accelerate and move around corners (lateral acceleration).
It determines your terminal velocity, depending on your drag coefficient.
The amount of precipitation determines which plants to grow where.
coefficientThe amount of friction divided by the weight of an object forms a dimensionless number called the coefficient of friction.
wet surfaces like tiles have the least amount oof friction
Friction= Normal force* Coefficient of friction