law of iner tia
When a driver applies the brake pedal, force is transmitted through the brake system to the brake pads which press against the brake rotors. The friction between the pads and rotors slows down the rotation of the wheels, converting the driver's effort into braking force that stops the vehicle.
A bus typically moves in a forward motion, propelled by its engine and driven by a driver. It can also make turns, stops, and accelerations as it navigates through traffic and follows its route.
1.Why do you tend to move backward when a bus suddenly starts moving from rest?Answer: The inertia at rest of your body tends to resist the bus' motion.2. Why do you tend to move forward when a traveling bus suddenly stops?Answer: The inertia in motion of your body keeps you to continue moving even ifthe bus has already stopped
The force that stops motion is called friction. It arises when two surfaces come into contact with each other and opposes the relative motion between them.
The force that slows or stops motion when objects rub together is called friction. Friction occurs when two surfaces are in contact and it acts in the opposite direction of the motion, creating resistance that opposes the movement.
First the driver puts pressure in the foot brake, which then pushes a small piston, the piston then exerts pressure in the brake fluid. Then the increased pressure is transmitted through the fluid in the brake lines to a larger piston within the wheels of the car. Each piston pushes in a brake pad which the rubs against the brake disc, and the wheels motion is slowed down by the force of friction.
When a driver applies the brake pedal, force is transmitted through the brake system to the brake pads which press against the brake rotors. The friction between the pads and rotors slows down the rotation of the wheels, converting the driver's effort into braking force that stops the vehicle.
When the car vis moving u are at the same pace with but a sudden brake stops the motion of the car but not yours An object in motion tends to stay in motion.
A bus typically moves in a forward motion, propelled by its engine and driven by a driver. It can also make turns, stops, and accelerations as it navigates through traffic and follows its route.
The brakes work on the principal of friction. I will be using a disc brake example, however the principal remains the same on every style of brake. The driver hits the brake pedal, which pushes a hydraulic cylinder. This forces brake fluid to move further down the brake lines, creating pressure where the line ends. This pressure pushes the brake pad into the disc, creating a lot of friction. The harder the pedal is pressed, the more the brake pad is forced into the disc, creating more friction. This friction then stops the wheels from turning as fast, and that stops the car from moving.
Motion which starts and stops regularly.
stops the wheels
1.Why do you tend to move backward when a bus suddenly starts moving from rest?Answer: The inertia at rest of your body tends to resist the bus' motion.2. Why do you tend to move forward when a traveling bus suddenly stops?Answer: The inertia in motion of your body keeps you to continue moving even ifthe bus has already stopped
This type of brake is called a coaster brake, or a foot brake.
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The force that stops motion is called friction. It arises when two surfaces come into contact with each other and opposes the relative motion between them.
The brake caliper is a crucial component of a vehicle's braking system that houses the brake pads and applies pressure to them when the brakes are engaged. When the driver presses the brake pedal, hydraulic fluid is sent to the caliper, causing it to clamp the brake pads against the brake rotor. This friction slows down or stops the vehicle. Additionally, calipers can come in different designs, such as floating or fixed, affecting their performance and efficiency.