Question: The three basic dimensions in fluids are length L, time T, and mass M. The equation that relates distance d to time t, d

The three basic dimensions in fluids are length L, time T, and

The three basic dimensions in fluids are length L, time T, and mass M. The equation that relates distance d to time t, d = 16.2 t2, is dimensionally homogeneous if: O the units of d are L and the units of t are T. O the units of d are T and the units of t are L. O the units of the constant 16.2 are L/T. Od and t are dimensionless. O the equation cannot be dimensionally homogeneous.

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