Weight movement from the vehicle, such as the drop of the hood.
Applying brakes too hard or too quickly can cause the wheels to lock up and the vehicle to skid. This can lead to loss of control and potential accidents. It can also cause excessive wear on the brake pads and decrease brake efficiency.
When a driver applies the brakes quickly, inertia causes the book to continue moving forward momentarily before friction and the force of deceleration from the car's brakes eventually bring it to a stop. The sudden stoppage of the car transfers inertia to the book, causing it to move forward until external forces act upon it.
It is your momentum of moving forward that has to be overcome before your brakes can bring the bicycle to a stop.
If you are in a fast moving car and the brakes are applied suddenly and hard, your body will continue moving in the forward direction.
Of course. A car with brakes applied and slowing down has forward velocity and rearward acceleration.
Your momentum wants to keep moving forward.
The car's inertia caused it to keep moving forward even after the brakes were applied.
Inertia. A body in motion will remain in motion unless acted upon by an outside force. The motion of the bus is stopped by the brakes. The person inside keeps moving as it is not being braked.
Because when you brake, the brakes stop the wheels from moving. But that doesn't stop the bike from moving. It means that the speed/force/velocity at which you were traveling was forceful enough to override the brakes. So basically, you're sliding.
Packages slide off the seat of a car when the brakes are applied quickly and forcefully due to inertia. Inertia is the tendency of objects to resist changes in their velocity. When the car suddenly decelerates, the packages want to keep moving at their original speed, causing them to slide off the seat.
Check ABS system.