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David K. K

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  1. Asked: February 11, 2021In: Mechanical Physics

    Machines

    David K. K
    David K. K Teacher
    Added an answer on February 25, 2021 at 4:06 am

    1. Increasing its mechanical advantage 2. Decreasing its velocity ratio

    1. Increasing its mechanical advantage
    2. Decreasing its velocity ratio

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  2. Asked: February 11, 2021In: Electricity and Magnetism

    Magnetism

    David K. K
    David K. K Teacher
    Added an answer on February 25, 2021 at 4:02 am

    Soft iron gets strongly magnetised by induction hence forms complete loops of magnetic strength when their dipoles are aligned.

    Soft iron gets strongly magnetised by induction hence forms complete loops of magnetic strength when their dipoles are aligned.

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  3. Asked: February 12, 2021In: Mechanical Physics

    Pressure

    David K. K
    David K. K Teacher
    Added an answer on February 25, 2021 at 3:57 am

    Sharp heals have a small area in contact with the soft wood hence exerts a large pressure

    Sharp heals have a small area in contact with the soft wood hence exerts a large pressure

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  4. Asked: February 14, 2021In: Mechanical Physics

    Hydraulic Machines

    David K. K
    David K. K Teacher
    Added an answer on February 25, 2021 at 3:55 am

    Hydraulic fluid transmits equal pressure to all parts of the enclosed system

    Hydraulic fluid transmits equal pressure to all parts of the enclosed system

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  5. Asked: February 24, 2021In: Mechanical Physics

    Fluid flow

    David K. K
    David K. K Teacher
    Added an answer on February 25, 2021 at 3:51 am

    Bernoulli's effect states that provided a fluid flow is streamline, an increase in velocity leads to a corresponding decrease in pressure; while Bernoulli's principle states that for a steady fluid flow, the sum of kinetic energy per volume and potential energy per volume remains constant.

    Bernoulli’s effect states that provided a fluid flow is streamline, an increase in velocity leads to a corresponding decrease in pressure; while Bernoulli’s principle states that for a steady fluid flow, the sum of kinetic energy per volume and potential energy per volume remains constant.

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