The molecules \[B{{F}_{3}}\] and \[N{{F}_{3}}\] are both covalent compounds, but \[B{{F}_{3}}\] is non polar whereas \[N{{F}_{3}}\] is polar. The reason for this is

atomic size of boron is larger than nitrogen

Boron is metal while nitrogen is gas

\[B-F\] bonds are non-polar while \[N-F\] bonds are polar

\[B{{F}_{3}}\] is planar but \[N{{F}_{3}}\] is pyramidal

The molecules \[B{{F}_{3}}\] and \[N{{F}_{3}}\] are both covalent comp

1.	The molecules \[B{{F}_{3}}\] and \[N{{F}_{3}}\] are both covalent compounds, but \[B{{F}_{3}}\] is non polar whereas \[N{{F}_{3}}\] is polar. The reason for this is
A.	atomic size of boron is larger than nitrogen
B.	Boron is metal while nitrogen is gas
C.	\[B-F\] bonds are non-polar while \[N-F\] bonds are polar
D.	\[B{{F}_{3}}\] is planar but \[N{{F}_{3}}\] is pyramidal
Answer» E.

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The molecules \[B{{F}_{3}}\] and \[N{{F}_{3}}\] are both covalent compounds, but \[B{{F}_{3}}\] is non polar whereas \[N{{F}_{3}}\] is polar. The reason for this is

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