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turboelectric

Wikidiffcom vs Turboelectric - What's the difference?

wikidiffcom | turboelectric |


As an adjective turboelectric is

(of a transmission in ships and locomotives) that uses electric generators to convert the mechanical energy of a turbine into electric energy and electric motors to convert it back into mechanical energy to power the driveshafts.

Driveshaft vs Turboelectric - What's the difference?

driveshaft | turboelectric |


As a noun driveshaft

is a shaft used to transmit rotary motion.

As an adjective turboelectric is

(of a transmission in ships and locomotives) that uses electric generators to convert the mechanical energy of a turbine into electric energy and electric motors to convert it back into mechanical energy to power the driveshafts.

Motor vs Turboelectric - What's the difference?

motor | turboelectric |


As a noun motor

is engine (mechanical device).

As an adjective turboelectric is

(of a transmission in ships and locomotives) that uses electric generators to convert the mechanical energy of a turbine into electric energy and electric motors to convert it back into mechanical energy to power the driveshafts.

Turbine vs Turboelectric - What's the difference?

turbine | turboelectric |


As a verb turbine

is .

As an adjective turboelectric is

(of a transmission in ships and locomotives) that uses electric generators to convert the mechanical energy of a turbine into electric energy and electric motors to convert it back into mechanical energy to power the driveshafts.

Energy vs Turboelectric - What's the difference?

energy | turboelectric |


As a noun energy

is the impetus behind all motion and all activity.

As an adjective turboelectric is

(of a transmission in ships and locomotives) that uses electric generators to convert the mechanical energy of a turbine into electric energy and electric motors to convert it back into mechanical energy to power the driveshafts.

Mechanical vs Turboelectric - What's the difference?

mechanical | turboelectric |


As adjectives the difference between mechanical and turboelectric

is that mechanical is characteristic of someone who does manual labour for a living; coarse, vulgar while turboelectric is (of a transmission in ships and locomotives) that uses electric generators to convert the mechanical energy of a turbine into electric energy and electric motors to convert it back into mechanical energy to power the driveshafts.

Convert vs Turboelectric - What's the difference?

convert | turboelectric |


As a noun convert

is a person who has converted to his or her religion.

As a verb convert

is (lb) to transform or change (something) into another form, substance, state, or product.

As an adjective turboelectric is

(of a transmission in ships and locomotives) that uses electric generators to convert the mechanical energy of a turbine into electric energy and electric motors to convert it back into mechanical energy to power the driveshafts.

Generator vs Turboelectric - What's the difference?

generator | turboelectric |


As a noun generator

is generator.

As an adjective turboelectric is

(of a transmission in ships and locomotives) that uses electric generators to convert the mechanical energy of a turbine into electric energy and electric motors to convert it back into mechanical energy to power the driveshafts.

Electric vs Turboelectric - What's the difference?

electric | turboelectric |


As adjectives the difference between electric and turboelectric

is that electric is electric while turboelectric is (of a transmission in ships and locomotives) that uses electric generators to convert the mechanical energy of a turbine into electric energy and electric motors to convert it back into mechanical energy to power the driveshafts.

Locomotive vs Turboelectric - What's the difference?

locomotive | turboelectric |


As adjectives the difference between locomotive and turboelectric

is that locomotive is of or relating to locomotion while turboelectric is that uses electric generators to convert the mechanical energy of a turbine into electric energy and electric motors to convert it back into mechanical energy to power the driveshafts.

As a noun locomotive

is the power unit of a train which does not carry passengers or freight itself, but pulls the coaches or rail cars or wagons.

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