Technician A says that the traction control system was developed to prevent the drive wheels from slipping while the vehicle is
being decelerated when coming to a stop. Technician B says that above a manufacturer-specified speed, the traction control system deactivates. Who is correct A. Technician A Only
B. Technician B Only
C. Bpth A and B
D. Neither A nor B
The traction control system (TCS) also known as ASR or drive slippage regulation is a safety feature of the vehicle stability control present in automobiles. TCS is brought into play at the instant there is a mismatch between the throttling and the torque of the engine to the condition of the surface of the road.
TCS is functional to a speed specified by the automobile manufacturer above which the Electronic Brake Control Module (EBCM) deactivates the wheels will not loose traction when the acceleration is further increased
An Anti-lock Braking System (ABS) is meant to prevent skidding.
Traction Control systems are systems in a vehicle that are deigned to optimize grip and stability of the car on the road during acceleration by measuring wheel rotation.
Traction systems are designed to work during acceleration, not deceleration. this makes Technician A wrong.
Traction control systems are pretty much active up to a manufacturer-specified speed. Above that speed, the traction control is deactivated by the electronic brake control module because further acceleration is unlikely to cause the wheels to lose traction. This makes Technician B correct
since small stone has less mass so the gravitational pull of the earth is lesser in case of this but this is not for the bigger stone as the gravitational pull of the earth is greater...
