The fuel tank on a locomotive is under the locomotive body, between the trucks.
A train has mechanical energy in the form of kinetic energy as it moves. This kinetic energy comes from the conversion of potential energy stored in the fuel it burns to power its engine.
Yes, a train in motion possesses kinetic energy, which is the energy associated with its movement. This kinetic energy is generated by the train's engine converting stored potential energy (from fuel or electricity) into motion.
fuel tank
Diesel is a fuel that is used in cars and stored in tanks. Gasoline / Petrol is another fuel that is used in cars and stored in tanks.
The fuel is usually stored in tanks which are strapped to the sides of the basket.
Rocket fuel is typically stored in fuel tanks within the rocket's structure. The tanks are often made of lightweight materials such as aluminum or composite materials to minimize weight. The fuel may be stored separately from the oxidizer in different tanks, or they may be stored together as a single fuel mixture.
In the engine of a typical train, the energy transformation that takes place involves converting the chemical energy stored in fuel (such as diesel) into mechanical energy through combustion. This mechanical energy is then used to move the train by powering the wheels.
Depends on the train type. Steam trains and diesel trains use chemical energy stored in their fuel (coal or diesel) to create mechanical energy. Electrical trains use, well, electricity.
Disel is used by train.
Energy
In the aeroplane fuel storage compartment
Chemical Energy.