Question
What is the correct dipole moment of $$N{H_3}$$ and $$N{F_3}$$ respectively?
A.
$$4.90 \times {10^{ - 30}}\,C\,m\,\,{\text{and}}$$ $${\text{0}}{\text{.80}} \times {10^{ - 30}}\,C\,m$$
B.
$$0.80 \times {10^{ - 30}}\,C\,m\,\,{\text{and}}$$ $${\text{4}}{\text{.90}} \times {10^{ - 30}}\,C\,m$$
C.
$$4.90 \times {10^{ - 30}}\,C\,m\,\,{\text{and}}$$ $${\text{4}}{\text{.90}} \times {10^{ - 30}}\,C\,m$$
D.
$$0.80 \times {10^{ - 30}}\,C\,m\,\,{\text{and}}$$ $${\text{0}}{\text{.80}} \times {10^{ - 30}}\,C\,m$$
Answer :
$$4.90 \times {10^{ - 30}}\,C\,m\,\,{\text{and}}$$ $${\text{0}}{\text{.80}} \times {10^{ - 30}}\,C\,m$$
Solution :
