Why trains cannot stop quickly? Know the physics behind it

Understanding the physics behind train braking systems.

A train's weight and speed significantly impact its momentum.

Train braking systems require time to become fully effective.

Higher train speeds necessitate longer stopping times.

Minimum braking distance can be exceeded before a driver reacts.

A train's length contributes to its continued forward movement.

Safety protocols mandate gradual stops for passenger safety.

Hard braking can be dangerous for passengers and cause derailment.

Limited track visibility can hinder timely braking.

Track conditions affect wheel-rail friction and stopping distance.

Stopping on inclined tracks presents additional challenges.

Cargo load distribution affects stability and braking efficiency.