== == Answers
It is easier to stop sliding friction than rolling friction. The force due to sliding friction will always be greater than the force due to rolling friction. And since friction force will be in the opposite direction of motion it will be easier to stop an object in motion that is sliding than one that is rolling.
In the direction opposite to that of the sliding body.
Only if the object does not MOVE. If it moves in any direction, then the NET Force on the Object is NOT ZERO, it is equal to the (Applied Force) - (Friction Force). So the answer to your question is FALSE.
Friction can cause objects to slow down or stop when they are sliding against each other. It can also generate heat as a result of the contact between surfaces. Furthermore, friction can cause wear and tear on the surfaces of objects, leading to their deterioration over time.
Friction is necessary because it helps in preventing objects from sliding when force is applied, allowing for stability and control over movements. It also helps in generating heat, for example, in the brakes of a vehicle to slow down or stop. Additionally, friction allows for better grip and traction between surfaces, essential for walking, running, and driving.
The direction of friction is opposite to the direction of motion. This means that when an object is moving in one direction, the friction force is acting in the opposite direction, trying to slow down or stop the object.
because you pump your brakes to stop a vehicle
yes -edict- _______________ Yes, Friction is surface resistance to relative motion, as of a body sliding or rolling.
Friction
The three types of friction are static, sliding and rolling I'll use a car to illustrate these three types. If you try to push your car sideways (push on the passenger or driver's door) and it won't move, the force between the tires and the driveway ( or whatever surface the car is on) that prevents the car from moving is static friction. If you're driving down the highway and apply the brakes but not enough to stop the wheels from rolling, the force between the tiers and the highway that is slowing the car is rolling friction. If you slam on the brakes and lock the wheels so they are sliding/skidding down the highway the force between the tires and the highway that will eventually bring the car to a stop is sliding friction.
The three types of friction are static, sliding and rolling I'll use a car to illustrate these three types. If you try to push your car sideways (push on the passenger or driver's door) and it won't move, the force between the tires and the driveway ( or whatever surface the car is on) that prevents the car from moving is static friction. If you're driving down the highway and apply the brakes but not enough to stop the wheels from rolling, the force between the tiers and the highway that is slowing the car is rolling friction. If you slam on the brakes and lock the wheels so they are sliding/skidding down the highway the force between the tires and the highway that will eventually bring the car to a stop is sliding friction.
Friction stops the ball from moving infinitely. It also stops the clubs and people from moving infinitely. Without friction, all of these things would just keep sliding and sliding and sliding.
Because when an object is sliding on the other the molecules donnot get time to inter lock properly
Sliding Friction If you push hard enough on the cardboard box filled with books, it will start sliding. If you stop pushing after the box starts sliding, it will slow down and stop. The force that acted on the box to slow it down was sliding friction. Sliding friction is the force that opposes the motion of two sliding surfaces in contact. Sliding friction exists between all sliding surfaces that are touching, such as the surfaces of the moving parts in a car's engine.
Friction between the desk and the floor acts as an unbalanced force to stop the desk from sliding. As the desk moves, the force of friction opposes the direction of its motion, eventually bringing it to a stop.
because of friction and to stop it from sliding hope this helps
Say you are driving a car or riding a motorcycle and you just remove you foot or hand from the accelerator. What will happen? After some time depending on your velocity, the vehicle will stop. Why? Consider your entire vehicle an ideal system meaning that no part provides any sort of friction. Now consider road, road is rough and will definitely provide friction. Since your vehicle's tires are rolling against the road, the road will provide friction in the direction opposite to that of your vehicle's motion. In real situations, both tire and road will contribute to the rolling friction.
A ball stops rolling when the force propelling it forward, such as a push or a slope, is no longer present. Friction between the ball and the surface it's rolling on also plays a role in slowing it down until it eventually comes to a stop.