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  • Non-Uniform Motion in Physics: Definition, Characteristics & Examples

    Non-Uniform Motion in Physics

    Non-uniform motion describes the movement of an object where its velocity changes over time. This change can be in:

    * Magnitude: The object's speed increases or decreases.

    * Direction: The object changes its direction of movement.

    * Both Magnitude and Direction: The object both speeds up/slows down and changes direction.

    Key characteristics of non-uniform motion:

    * Variable velocity: The velocity of the object is not constant.

    * Acceleration: The object experiences acceleration, meaning its velocity is changing.

    * Unequal distances covered in equal time intervals: The object covers different distances in the same amount of time.

    Examples of non-uniform motion:

    * A car accelerating from a stop sign.

    * A ball thrown vertically upwards.

    * A car moving around a bend.

    * A satellite orbiting the Earth.

    Contrast with Uniform Motion:

    Uniform motion is the opposite of non-uniform motion. In uniform motion, the object's velocity remains constant, meaning it moves at the same speed and in the same direction.

    Note: The term "non-uniform motion" is often used interchangeably with "accelerated motion". However, technically, accelerated motion refers specifically to changes in velocity due to a net force, while non-uniform motion simply describes any change in velocity, regardless of the cause.

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