What component is essential in preventing fuel starvation during rapid acceleration?

The component crucial in preventing fuel starvation during rapid acceleration is the accelerating system. This system plays a vital role in ensuring that the engine receives an adequate fuel supply when there is a sudden demand for more power, such as during quick throttle inputs. When a vehicle accelerates rapidly, the engine's demand for fuel increases sharply. The accelerating system responds to this need by introducing additional fuel into the intake manifold.

Without the accelerating system, there would be a delay in fuel delivery, leading to a momentary fall in the air-fuel mixture ratio and potential engine hesitation or stalling. By providing the necessary fuel boost at the right moment, the accelerating system ensures seamless acceleration and optimal engine performance.

Other components like the fuel filter, mixture control, and venturi tube serve important functions within the fuel metering system but do not specifically address the challenge of rapid acceleration. For example, the fuel filter is important for removing impurities from fuel, mixture control regulates the fuel-to-air ratio for efficient combustion, and the venturi tube is involved in creating a vacuum that helps draw fuel into the airflow but does not respond dynamically to acceleration demands. Thus, the accelerating system is essential for managing fuel delivery during those critical times when the engine performance is most affected by rapid