Solve

Guides

0

You visited us 0 times! Enjoying our articles? Unlock Full Access!

Bond Parameters

Question

$$BF_{3}$$ and $$NF_{3}$$ both are covalent compounds but $$NF_{3}$$ is polar whereas $$BF_{3}$$ is non-polar. This is because :

A

Nitrogen atom is smaller than boron atom

B

$$N - F$$ bond is more polar than $$B - F$$ bond

C

$$BF_{3}$$ is electron deficient whereas $$NF_{3}$$ is not

D

$$NF_{3}$$ is pyramidal whereas $$BF_{3} $$ is planar triangular

Open in App

Solution

Verified by Toppr

Correct option is C. $$NF_{3}$$ is pyramidal whereas $$BF_{3} $$ is planar triangular

Was this answer helpful?

1

Similar Questions

Q1

$$BF_{3}$$ and $$NF_{3}$$ both are covalent compounds but $$NF_{3}$$ is polar whereas $$BF_{3}$$ is non-polar. This is because :

View Solution

Q2

Both

B F_{3}

and

N F_{3}

are covalent compounds.

B F_{3}

is non-polar while

N F_{3}

is polar. The reason is that:

View Solution

Q3

$$BF_3$$ and $$NF_3$$ both molecules are covalent, but $$BF_3$$ is non polar and $$NF_3$$ is polar. Its reason is:

View Solution

Q4

The molecule

B F_{3}

and

N F_{3}

, both are covalent compounds but

B F_{3}

is non-polar and

N F_{3}

is polar. The reason is that:

View Solution

Q5

$B F_{3} a n d N F_{3}$ both molecules are covalent, but $B F_{3}$ is non-polar and $N F_{3}$ is polar. Its reason is

View Solution