## Why Does Car Torque on Left Side?
When you turn your car, the wheels on the outside of the turn must travel farther than the wheels on the inside of the turn. This is because the outside wheels are following a larger arc. In order to make the car turn, the engine must provide more torque to the outside wheels.
The amount of torque required to turn the car depends on the speed of the car, the radius of the turn, and the coefficient of friction between the tires and the road. The faster the car is going, the sharper the turn is, and the lower the coefficient of friction is, the more torque is required.
In most cars, the engine is located on the front of the car. This means that the drive shaft, which transfers power from the engine to the wheels, must run from the front of the car to the back of the car. If the drive shaft were to run straight through the center of the car, it would interfere with the passenger compartment.
To avoid this problem, the drive shaft is typically offset to one side of the car. This allows the drive shaft to run under the passenger compartment. In most cars, the drive shaft is offset to the right side of the car. This means that the torque is applied to the right wheels first.
The reason why the torque is applied to the right wheels first is because the car is more likely to turn to the left than to the right. This is because most people are right-handed, and they tend to turn the steering wheel to the left when they want to turn.
By applying the torque to the right wheels first, the car is able to turn more easily to the left. This is because the right wheels are able to push against the road and turn the car before the left wheels have a chance to lose traction.
## What Happens if the Torque is Applied to the Wrong Side?
If the torque is applied to the wrong side, the car will be more likely to turn in the opposite direction. This is because the wheels on the outside of the turn will be pushing against the road in the wrong direction.
For example, if the torque is applied to the left wheels first, the car will be more likely to turn to the right. This is because the left wheels will be pushing against the road to the right, which will cause the car to turn in that direction.
## Conclusion
The torque on the left side of a car is applied to the right wheels first because the car is more likely to turn to the left than to the right. This is because most people are right-handed, and they tend to turn the steering wheel to the left when they want to turn. By applying the torque to the right wheels first, the car is able to turn more easily to the left.
