Why does $R_{3}P=O$ exist but $R_{3}N=O$ does ... - Class 12 Chemistry | Canvas Classes | Canvas Classes

Questions/P Block elements G15-18/Why does $$R_{3}P=O$...

Group 15 ElementsP Block elements G15-18

Why does $R_{3}P=O$ exist but $R_{3}N=O$ does not?

Expert Answer

Nitrogen cannot form $d\pi-p\pi$ multiple bonds due to the absence of empty d-orbitals.

Master this topic with Flashcards

Use our Spaced Repetition flashcards to memorize Group 15 Elements and ace your exams.

Start Practicing Now

Related Questions in P Block elements G15-18

Though Nitrogen exhibits +5 oxidation state, it does not form pentahalide. Give reason.

$PH_{3}$ has a lower boiling point than $NH_{3}$ . Why?

Why are pentahalides more covalent than trihalides?

Why is $BiH_{3}$ the strongest reducing agent amongst all the hydrides of Group 15 elements?

Write the reaction of thermal decomposition of sodium azide.

View all P Block elements G15-18 questions →