NF3 is stable While NCL3 and NI3 are explosive why
Answers
Answered by
9
it's because of the larger size of the iodine and chlorine atom the stability decreases.
Answered by
26
Hey dear,
● Answer with explanation -
- F has very high electronegativity as compared to Cl & I.
- As electronegativity difference between N & F is very big it forms a strong N-F bond and thus stable NF3 molecule.
- Electronegativity difference between N & Cl/I is comparatively less and thus N-Cl or N-I bond is relatively weaker.
- Less stable NCl3 or NI3 thus is explosive in nature.
Hope this helps you...
● Answer with explanation -
- F has very high electronegativity as compared to Cl & I.
- As electronegativity difference between N & F is very big it forms a strong N-F bond and thus stable NF3 molecule.
- Electronegativity difference between N & Cl/I is comparatively less and thus N-Cl or N-I bond is relatively weaker.
- Less stable NCl3 or NI3 thus is explosive in nature.
Hope this helps you...
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