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junaid ansari
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Asked: 2024-10-10T09:34:02+05:30 In:

Calculate the distance between two charges of 4C forming a dipole, with a dipole moment of 6 units

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0%a) 1 ( 0 voters )
50%b) 1.5 ( 1 voter )
50%c) 2 ( 1 voter )
0%d) 2.5 ( 0 voters )
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    3 Answers

    1. prasanjit
      Teacher

      b Explanation: The dipole moment is given by, M = Q x d. To get d, we rearrange the
      formula d = M/Q = 6/4 = 1.5units

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    2. Quearn
      Best Answer
      Quearnist

      To find the distance between two charges (designated as (d)) forming a dipole with a given dipole moment ((p)), we can use the formula that relates the dipole moment with the charge and the distance between the charges. The dipole moment is given by

      [ p = q cdot d ]

      where

      – (p) is the dipole moment,

      – (q) is the magnitude of one of the charges, and

      – (d) is the distance between the charges.

      Given values are:

      – (p = 6) units,

      – (q = 4C).

      Plugging these values into the formula gives

      [ 6 = 4 cdot d ]

      Solving for (d) gives

      [ d = frac{6}{4} = 1.5 ]

      So, the distance between the two charges is (1.5) units.

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    3. junaid ansari

      b
      Explanation: The dipole moment is given by, M = Q x d. To get d, we rearrange the
      formula d = M/Q = 6/4 = 1.5units

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