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1. The area in contact 2. Angle of contact 3. Surface texture 4. Lubricant used
Friction always occurs between two or more objects, not between a single object as the question asks. The three factors that determine the amount of resistive force (friction) between two objects in contact are:The magnitude of the force binding the two objects together. If one object is the ground, then this bind force is the force due to gravity. In a disk braking system, then the binding force is the force of the brake pad pressing against the brake disk.The magnitude of the force, and/or inertia, causing one object to rub or drag against the other. In a braking system, the force comes from the engine and the inertia is dependent on the speed and the mass of the vehicle.The Coefficient of Friction of the two surfaces facing each other. In a braking system, this is sort-of equivalent to the 'roughness' of the surface of the brake pad when rubbed against the spinning brake disk.
the 4 factors affecting friction are - 1. weight 2. surface 3. speed 4. nature of the objects
Normal Force is the Gradient of the Gravitational Scalar Energy,Normal Force = - Del GmM/r.Gravitational Force is GmM/r^2 and is a Scalar force. Normal Force is RGmM/r^3 where R is the radial vector.
The two factors that affect the force of gravity between two objects are mass and distance. The force of gravity is directly proportional to the product of the masses of the two objects, and inversely proportional to the square of the distance separating the two objects.
Speed, friction, momentum, and conservation of motion
1) temperature 2)strenth 3)friction 4)rigidity
1. The area in contact 2. Angle of contact 3. Surface texture 4. Lubricant used
Friction always occurs between two or more objects, not between a single object as the question asks. The three factors that determine the amount of resistive force (friction) between two objects in contact are:The magnitude of the force binding the two objects together. If one object is the ground, then this bind force is the force due to gravity. In a disk braking system, then the binding force is the force of the brake pad pressing against the brake disk.The magnitude of the force, and/or inertia, causing one object to rub or drag against the other. In a braking system, the force comes from the engine and the inertia is dependent on the speed and the mass of the vehicle.The Coefficient of Friction of the two surfaces facing each other. In a braking system, this is sort-of equivalent to the 'roughness' of the surface of the brake pad when rubbed against the spinning brake disk.
Speed, shape and frontal cross-section. Viscosity, texture, friction, gravity, velocity, size, and shape can all affect air resistance.
the 4 factors affecting friction are - 1. weight 2. surface 3. speed 4. nature of the objects
The three contact forces is push or pull or friction & the non contact force is gravity & magnitism.
Speed, shape and frontal cross-section. Viscosity, texture, friction, gravity, velocity, size, and shape can all affect air resistance.
Yes,friction have force because if there is no force then friction cannot take place. Force is a thing 1.from which we can move from rest 2.from which we can change the state of motion 3.from which we can change the shape of an object 4.from which we can change the direction of motion of an object 5from which we can the speed of an object
Four forces in static friction are:- 1. Weight 2. Tension 3. Normal Force 4. Static Friction
1. Friction 2. Wind resistance 3. Velocity
Mass (inertia), friction, & power of the coil.