- Trending Categories
Data Structure
Networking
RDBMS
Operating System
Java
iOS
HTML
CSS
Android
Python
C Programming
C++
C#
MongoDB
MySQL
Javascript
PHP
Physics
Chemistry
Biology
Mathematics
English
Economics
Psychology
Social Studies
Fashion Studies
Legal Studies
- Selected Reading
- UPSC IAS Exams Notes
- Developer's Best Practices
- Questions and Answers
- Effective Resume Writing
- HR Interview Questions
- Computer Glossary
- Who is Who
Difference between Metro Train and Conventional Train
Both Metro trains and conventional trains are popular modes of transportation used by the public for moving from one place to another. In this brief article, we will see how these two types of trains differ in their features.
Metro Train
Metro trains are high-speed trains that are powered by the electricity grid. In general, a metro train has four to five air-conditioned coaches. Actually, the metro trains are the new era transportation concept developed by many countries to control the pollution created by conventional vehicles and traffic caused by them. The metro train is one of the fastest ways to travel within the city for a short distance.
Conventional Train
A conventional train is an older mode of transportation used by people to travel from one place to another. Generally, the train is used by the people for the long distance journey such as from one city to another.
A casual train runs at a speed of 120 kmph to 150 kmph which is considered as a slow speed. In general, the length of the train is long as it can have 15 to 20 coaches in a single train.
Comparison between Metro Train and Conventional Train
The following table highlights the differences between a metro train and a conventional train −
| Point of Comparison | Metro Train | Conventional Train |
|---|---|---|
| Source of power | The metro trains are powered by electricity which makes them environment friendly. | Conventional trains are normally powered by either steam or diesel or electricity. |
| Speed | The speed metro trains is generally high. | Normal trains have relatively lower speed. |
| Seating capacity | The metro trains have low passenger capacity. | Trains have higher passenger capacity. |
| Ticket fare | In metro trains, the ticket fare is generally less. | The trains have high ticket fare for long distance journeys. |
| Noise pollution | Metro trains do not produce sound while running, so they are free from creating noise pollution. | Normal trains produce loud sound while running, hence they cause noise pollution. |
| Travelling distance | Metro trains are used for short distance travelling. | Normal Trains are used for long distance travelling. |
| Number of coaches | Metro trains have 4 to 5 coaches in general. | A conventional train has 15 to 20 coaches. |
| Pantry car | Metro trains do not have pantry car. | Train has one pantry car where the fresh food is baked for passengers. |
| Platform length | Metro trains require comparatively shorter platform for boarding and departure. | For boarding and departure, the trains need longer platform. |
| Type of coaches | A metro train has all its coaches air-conditioned. | A train has a mixed combination of coaches, i.e. some coaches will be air-conditioned and some will be not. |
Conclusion
From the above discussion, we can conclude that Metro trains are designed to carry less number of passengers over a short distance. Conventional trains, on the other hand, are massive with 15 to 20 coaches that carry a significantly higher number of passengers (as well as luggage) over long distances.
- Related Articles
- Difference between Conventional and Non-Conventional Sources of Energy
- A train leaves a city at 2 pm. A second train leaves a city at 4 pm and follows the first train the second train speed us 32 km/h faster than the first train speed. If the second train overtakes the first train at 8 pm, find the speed of both of the train
- Difference between Conventional Grid and Smart Grid
- An express train takes 1 hour less than a passenger train to travel 132 km between Mysore and Bangalore. If the average speed of the express train is 11 km/hr more than that of the passenger train, form the quadratic equation to find the average speed of express train.
- Why goods train has 58 wagons, passenger train has only 24 coaches?
- A train 16.35m left Howrah. 10 hours later the train reached Malda. What was the time of train arrival in Malda?
- Who invented plane, ship, train and cars?
- The distance between two stations is $240 km$. A train takes 4 hours to cover this distance. Calculate the speed of the train.
- Tractive Effort for Propulsion of Train
- Mechanics of Train Movement and Derivation for Tractive Effort
- A fast train takes one hour less than a slow train for a journey of 200 km. If the speed of the slow train is 10 km/hr less than that of the fast train, find the speed of the two trains.
- An express train takes 1 hour less than a passenger train to travel 132 km between Mysore and Bangalore (without taking into consideration the time they stop at intermediate stations). If the average speed of the express train is 11 km/h more than that of the passenger train, find the average speed of the two trains.
- An express train takes 1 hour less than a passenger train to travel 132 km between Mysore and Bengaluru (without taking into consideration the time they stop at intermediate stations). If the average speed of the express train is 11 km/h more than that of the passenger train, find the average speed of the two trains.
- Ramesh travels 760 km to his home partly by train and partly by car. He takes 8 hours if he travels 160 km. by train and the rest by car. He takes 12 minutes more if the travels 240 km by train and the rest by car. Find the speed of the train and car respectively.
- Roohi travels 300 km to her home partly by train and partly by bus. She takes 4 hours if she travels 60 km by train and the remaining by bus. If she travels 100 km by train and the remaining by bus, she takes 10 minutes longer. Find the speed of the train and the bus separately.
