When enough force is applied to a car, such as during rapid acceleration or hard braking, the tires can lose traction with the road surface, leading to a loss of control. This condition is known as "slip" or "drifting." Once the force is reduced or the tires regain grip—often through reducing speed or adjusting steering—the car can regain traction and stability. Restoring traction is crucial for safe handling and effective braking.
Slides until traction is restored
When enough force is applied to break traction, the car will typically slide or skid in the direction of the applied force. This loss of traction can lead to oversteering or understeering, depending on the vehicle's dynamics and the conditions of the road. Once traction is restored, the car will regain control and resume stable handling. Proper steering and throttle management can help in regaining traction more effectively.
Traction is broken when the force applied to the tires exceeds the frictional force between the tires and the road surface. This can occur during aggressive acceleration, hard braking, or sharp turning. Once the force is reduced to a level that the tires can grip the surface again, traction is restored. The specific threshold depends on factors such as tire condition, road surface, and weather conditions.
Yes, it certainly can if enough force is applied.
To be 'in traction' means that you're out sorts. Or that your out of place. Kind of like the alignment of your spine or the break or fracture of an arm or leg.
Yes, glass can break glass. When enough force is applied, such as through impact or pressure, glass can crack or shatter. Glass is a brittle material that is prone to breaking under stress.
Yes. If enough heat is applied the protein breaks down. This is called denaturing the protein if I recall correctly.
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Strong Enough to Break was created in 2005.
No, that is NOT true. If the force applied is very small, the wire will keep its shape.Please note that basically all solids have this same behavior. If you apply a small force, they will change their shape slightly, but the shape will be restored if the force is removed. At some point, if a stronger force is applied, the object will either break, or deform permanently.
The duration of Strong Enough to Break is 1800.0 seconds.
The spider gears.