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    Vorticity of a vector field is defined as Given  = kxyz î, where k is a constant, which one of the following is correct?​
    Question

    Vorticity of a vector field

    is defined as

    Given

     = kxyz î, where k is a constant, which one of the following is correct?

    A.

    Vorticity is a null vector for all finite x,y,z

    B.

    Vorticity is parallel to the vector field everywhere

    C.

    The angle between vorticity and vector field depends on x,y,z

    D.

    Vorticity is perpendicular to the vector field everywhere

    Correct option is D

    Solution:

    Analyze the options:

    • Option (a): "Vorticity is a null vector for all finite x, y, z"
      This is incorrect because the curl is not zero.

    • Option (b): "Vorticity is parallel to the vector field everywhere"
      This is incorrect because the curl of a vector field is always perpendicular to the original vector field.

    • Option (c): "The angle between vorticity and vector field depends on x, y, z"
      This is incorrect because the angle between the curl and the original field is always 90 degrees.

    • Option (d): "Vorticity is perpendicular to the vector field everywhere"
      This is correct because the vorticity vector is always perpendicular to the original vector field for this calculation.

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