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When a car stops the brakes heat up because of friction. what is this an example of?
Conservation of energy. The energy from the moving car is transformed into heat by the action of the brakes.
Which force stops a train when the brakes are applied?
Friction between the brake pads and the train wheels is the force that ultimately stops the train when the brakes are applied. The brake pads create friction by pressing against the rotating wheels, converting the kinetic energy of the train into heat energy as they slow down the train.
When brakes are applied to a moving the vehicle it stops and this happens because of?
When brakes are applied to a moving vehicle, it stops due to the frictional force between the brake pads and the wheels. This friction converts the kinetic energy of the moving vehicle into heat, gradually reducing its speed and bringing it to a stop.
When a car stops the brakes. Heat up because of friction .what is this an example of?
Conservation of energy. The energy from the moving car is transformed into heat by the action of the brakes.
What force stops the motion of a bike?
friction by applying the brakes? When you apply the brakes, there are pads on either side of the metal part of the wheel, they squeeze together tighter and tighter until the wheel stops turning, which stops the motion of the bike.
When a car stops the brakes heat up because of friction. what is this an example of?
Conservation of energy. The energy from the moving car is transformed into heat by the action of the brakes.
Breifly describe how applying the brakes to stop a bicycle is an example of force?
The brakes apply force to the wheel, causing friction which stops it.
Why do you think a car stops when the brakes are applied?
Friction
Which force stops a train when the brakes are applied?
Friction between the brake pads and the train wheels is the force that ultimately stops the train when the brakes are applied. The brake pads create friction by pressing against the rotating wheels, converting the kinetic energy of the train into heat energy as they slow down the train.
When brakes are applied to a moving the vehicle it stops and this happens because of?
When brakes are applied to a moving vehicle, it stops due to the frictional force between the brake pads and the wheels. This friction converts the kinetic energy of the moving vehicle into heat, gradually reducing its speed and bringing it to a stop.
When a car stops the brakes. Heat up because of friction .what is this an example of?
Conservation of energy. The energy from the moving car is transformed into heat by the action of the brakes.
What is the force that can stop a bicycle when the rider applies the brakes?
Friction is the force that stops the bike.
What force stops the motion of a bike?
friction by applying the brakes? When you apply the brakes, there are pads on either side of the metal part of the wheel, they squeeze together tighter and tighter until the wheel stops turning, which stops the motion of the bike.
Do fluids have friction?
Fluids have Friction. Everything in it, is under the force of fluid friction or drag. For example, a boat stops itself when the rowing stops, etc. Adarsh Kumar Dash
How abs brakes work?
by increasing the friction ABS brakes have the same friction as standard brakes, the way they work is to release the brake force to a wheel that stops turning preventing lock up and loss of steering control.
What is the force that makes you bicycle brakes work?
The force that makes bicycle brakes work is friction. When the brake pads press against the wheel rim or disc, friction is created, which slows down the rotation of the wheel and ultimately stops the bike.
How is friction good?
Friction is good for two reasons, both are related. 1) Friction allows your car to stay on the road. Bigger tire surface translates to more friction=better handling. Also 2) friction stops your car (brakes). The bigger the contact surface from the tire (the tire touching the road) and the better the braking system (drum brakes or disk brakes), the quicker your car will stop.
