$H_2O$ is dipolar,whereas $BeF_2$ is not. It is because

  • A
    $H_2O$ is linear and $BeF_2$ is angular
  • B
    $H_2O$ is angular and $BeF_2$ is linear
  • C
    The electronegativity of $F$ is greater than that of $O$
  • D
    $H_2O$ involves hydrogen bonding whereas $BeF_2$ is a discrete molecule

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Similar Questions

Which of the following compounds possesses a dipole moment?

Which of the following molecules shows the least dipole moment?

Explain dipole-dipole forces and their characteristics.

Match the following molecules in List-$I$ with their respective dipole moments in List-$II$:
| List-$I$ (Molecules) | List-$II$ (Dipole moment $\mu$,$D$) |
| :--- | :--- |
| $A. \ H_2O$ | $I. \ 0$ |
| $B. \ BF_3$ | $II. \ 0.23$ |
| $C. \ NH_3$ | $III. \ 1.47$ |
| $D. \ NF_3$ | $IV. \ 1.85$ |

The dipole moment of $NF_3$ is smaller than

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