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whydoesitwork
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What i am wondering if driving in a circle if the mass of the object moving, why is it drawn outward because the current acceleration is in forward motion?
whydoesitwork said:What i am wondering if driving in a circle if the mass of the object moving, why is it drawn outward because the current acceleration is in forward motion?
Acceleration on a corner refers to the change in velocity of an object as it moves around a curved path. It is the rate at which the object's speed or direction changes as it navigates through a turn.
Acceleration on a corner is different from acceleration on a straight path because it involves a change in direction, not just speed. On a straight path, acceleration is typically measured in a single direction, while on a corner, it is measured in multiple directions, including tangential and centripetal acceleration.
The main factors that affect acceleration on a corner include the speed of the object, the radius of the turn, and the friction between the object and the surface it is turning on. Additionally, the mass and shape of the object can also impact its acceleration on a corner.
Friction plays a crucial role in acceleration on a corner as it provides the necessary force for the object to change direction. Without friction, the object would continue to move in a straight line and not be able to navigate the turn. The amount of friction present also affects the speed at which the object can safely navigate the corner.
Centripetal acceleration is the acceleration towards the center of the turn, while tangential acceleration is the acceleration along the tangent of the curve. Centripetal acceleration is responsible for changing the direction of the object, while tangential acceleration affects the speed of the object along the curve.