Which of the following order is correct with respect to dipole moment?

{C H}_{3} C l > {C H}_{3} B r > {C H}_{3} F

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{C H}_{3} C l > {C H}_{3} F > {C H}_{3} B r

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{C H}_{3} B r > {C H}_{3} C l > {C H}_{3} F

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{C H}_{3} B r > {C H}_{3} F > {C H}_{3} C l

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Solution

The correct option is A ${C H}_{3} C l > {C H}_{3} F > {C H}_{3} B r$
The correct order of dipole moment is ${C H}_{3} C l > {C H}_{3} F > {C H}_{3} B r$ .
Dipole moment in $C H_{3} F$ is less than $C H_{3} C l$ as bond length is shorter in $C H_{3} F$ And the other, it's all about electronegativity.

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