0
What else can I help you with?
What system transfers the power created by the engine to the wheels?
The system that transfers power created by the engine to the wheels is called the transmission system.
Why is it called brake horsepower?
Brake horse power is the amount of engine power which makes it to the wheels. This is different from the actual output at the engine.
How power of an engine is calculated?
A device called a Dynomometer (rolling road) is connected to the automobile wheels. The engine is run at full throttle from idle to maximum RPM, then the engine is disconnected from the wheels (neutral) and the wheels allowed to slow down through the speed range. A computer then calculates the engine torque and Horse Power.
450 horsepower at the engine What is that at the wheels?
450 horsepower minus the power lost in the transition from the engine to the wheels.
What is 4WD?
4WD stands for four wheel drive. Four wheel drive means that all four of a vehicle's wheels receive power from the engine.
What are the three shafts fitted to a front engine rear wheel drive vehicle?
They are called driveshafts, they transfer power to the rear wheels.
When the 2012 jeep wrangler sport 2door automatic transmission 3.6 v6 engine is not in 4x4 mode but 2 wheel drive mode which wheels receive power from the engine front or rear?
RearRear
What is the function of a transmission?
it transfers the power of the engine to the drive wheels.
What is a cars tranny?
it is the transmission which transmits the power from the engine to the wheels
What is the name of tank wheels?
Usually the back wheels are the ones connected to the engine, providing the power to rotate the tracks, and these are the drive wheels. The rest are bogey wheels.
What is the operation of any power train on a motor vehicle?
The power train transfers power from the engine to the wheels.
What system transmits power to the wheels?
The system that transmits power to the wheels is known as the drivetrain. This includes components such as the transmission, driveshaft, differential, and axles, which work together to transfer engine power to the wheels. The drivetrain is essential for converting the engine's rotational energy into the motion needed to propel the vehicle forward. Different configurations, like front-wheel drive, rear-wheel drive, and all-wheel drive, determine how power is distributed to the wheels.
