The spinning of wheels moves a car because of the principle of rotational motion. As the wheels spin, they create friction with the ground, which propels the car forward.
The weight of a car affects the spinning of wheels because the weight determines how much force is needed to overcome friction. A heavier car requires more force to move, which means the wheels will have to spin faster to propel the car forward.
Yes, different types of wheels can affect the movement of a car. Wheels with a larger circumference will cover more ground with each rotation, resulting in a faster movement. Additionally, the material and tread of the wheels can also impact the grip and therefore the movement of the car.
Cars have multiple wheels to distribute the weight of the car evenly and provide stability. Having more wheels also increases the surface area in contact with the ground, which allows for better traction and control while driving.
No, a car cannot move without wheels. The spinning motion of the wheels is necessary to create the friction needed to propel the car forward. Without wheels, there is no way for the car to move on its own.