Why trains cannot stop quickly? Know the physics behind it

English Understanding the physics behind train braking systems. auto Nov 03 2024 Author: Aishwarya Nair Image Credits:our own

Weight and Momentum

English A train's weight and speed significantly impact its momentum. Image credits: our own

Braking System Activation Time

English Train braking systems require time to become fully effective. Image credits: our own

Train Speed and Stopping Time

English Higher train speeds necessitate longer stopping times. Image credits: social media

Braking Distance Challenges

English Minimum braking distance can be exceeded before a driver reacts. Image credits: Getty

Train Length and Momentum

English A train's length contributes to its continued forward movement. Image credits: social media

Safety Protocols and Gradual Stops

English Safety protocols mandate gradual stops for passenger safety. Image credits: Getty

Hard Braking and Derailment Risk

English Hard braking can be dangerous for passengers and cause derailment. Image credits: social media

Terrain and Track Visibility

English Limited track visibility can hinder timely braking. Image credits: Getty

Track Conditions and Friction

English Track conditions affect wheel-rail friction and stopping distance. Image credits: Getty

Track Grade and Stopping Difficulty

English Stopping on inclined tracks presents additional challenges. Image credits: Getty

Load Distribution and Braking

English Cargo load distribution affects stability and braking efficiency. Image credits: Getty

Diesel cars under Rs 10 lakh: Top 5 models with impressive mileage THESE 5 budget SUVs offer incredible value Seltos to Creta: 5 best budget-friendly cars with panoramic sunroof Ather Diwali 2024 offer: Get Rs 25,000 off