When weight transfer occurs in a front-wheel drive car during acceleration does this mean that the rear of becomes heavier than front?

During acceleration in a front-wheel drive car, weight transfer occurs from the rear to the front of the car, not the other way around. As the car accelerates, the engine torque applied to the front wheels pushes the car forward. This force causes the weight of the car to shift towards the front wheels, increasing the load on the front suspension and reducing the load on the rear suspension. This effect is more pronounced with higher acceleration forces. The increased weight on the front wheels improves traction and helps prevent the wheels from slipping, enabling the car to accelerate efficiently. In contrast, the reduced weight on the rear wheels can cause them to lose traction and lift off the ground, which is known as wheelspin.