As an engine turns it sucks air in, which draws fuel with it. In a turbo engine a fan (turbocharger) forces more air into the engine, which draws fuel with it. The more fuel and air that goes into the engine the more power is produced. A turbocharged engine can produce perhaps double the power that a non turbocharged engine produces.
Depends on engine size, how many cylinders, turbocharged or not, supercharged or not, fuel type used, etc. Please be more specific with the question.
Not enough information. Is it turbocharged? Is it a piston engine? What type of fuel does it use? If you know its rate of fuel use and its efficiency you can find the power produced.
There is no other way for the fuel to get into the engine.
Yes, this vehicle requires the use of Premium Fuel. The use of Regular will eventually do engine damage. You bought an Acura, and should have known that a vehicle such as this requires Premium fuel.
Yes, any engine can be turbocharged. How much boost it can handle depends on, 1. the strength of the internal parts/ block 2. the fuel octane/compression your are running 3. size of the turbo/turboes being used.
It cools the air so more will fit in the engine. More air means more fuel can be burnt to make more power.
Ea82 is a naturally aspirated/fuel injected engine. Ea82t is a turbo. The "t" designating its status as a turbocharged engine. 115 hp as opposed to 90. ooooooooooh what a difference!
only premuim fuel is reccomended by the factory.
For a very limited time, until you injectors clog and your fuel pump needs to be replaced. Diesel motors - turbocharged or otherwise - require extensive modification to be optimised for biodiesel. This includes replacing the fuel lines, fuel injectors, and fuel pump.
fuel...
A turbocharged engine is an engine that contains a forced induction device that allows more power to be produced relative to the engine's size and normal output power maximum. They are commonly used on trucks and construction crane equipment that must move or lift heavy loads of materials and cargo. Heavy loads require more power to maneuver so turbochargers are useful. For automotive fuel cells, turbochargers are also quite useful.