- #1
umair20
- 14
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If a car is turning towards right, at which tyres more force will act i.e. left-side tyres or right-side tyres...??
When a car turns, the tyres experience a force known as the centripetal force. This force is directed towards the center of the turn and is responsible for keeping the car moving in a curved path. The amount of force on the tyres depends on the speed of the car, the radius of the turn, and the mass of the car.
The direction in which a car turns does not affect the force on the tyres differently. The centripetal force will always act towards the center of the turn, regardless of whether the car is turning left or right. However, the distribution of weight on the tyres may vary depending on the direction of the turn, which can affect the handling of the car.
The weight of the car plays a significant role in the amount of force on its tyres when turning. A heavier car will require more centripetal force to keep it moving in a curved path, thus putting more stress on the tyres. On the other hand, a lighter car will experience less force on its tyres when turning.
When turning at high speeds, the force on a car's tyres increases significantly. This is because the car is moving faster, and thus, requires more centripetal force to keep it in a curved path. Turning at high speeds can put a lot of stress on the tyres, potentially causing them to wear out more quickly.
The condition of the road can greatly impact the force on a car's tyres when turning. A wet or slippery road surface can reduce the amount of friction between the tyres and the road, making it harder for the car to turn and increasing the force on the tyres. On the other hand, a dry and grippy road surface will provide more traction, allowing the car to turn more smoothly and reducing the force on the tyres.