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  • Force and Acceleration: Understanding Newton's Second Law
    When acceleration is increased, the force also increases.

    This is directly related to Newton's Second Law of Motion, which states:

    Force (F) = Mass (m) x Acceleration (a)

    This means:

    * Direct Proportionality: Force is directly proportional to acceleration. This means if you increase the acceleration, you will also increase the force, and vice versa.

    * Constant Mass: The mass of the object remains constant in this scenario.

    Example:

    Imagine pushing a box across a floor. If you push harder (increase the force), the box accelerates faster. Similarly, if you push the box with the same force but make it accelerate faster (by reducing friction for example), you have implicitly increased the force.

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