When N_(2) molecule accept electron and form N_(2)^(-) then added electron enter in ...... orbital.

When N_(2) molecule accept electron and form N_(2)^(-) then added elec

1.	When N_(2) molecule accept electron and form N_(2)^(-) then added electron enter in ...... orbital.
Answer» Antibonding `(sigma^()) `MOLECULAR orbital Bonding `(PI)` molecular Bonding `(sigma)` molecular Antibonding`pi^()` molecular orbital Solution :Antibonding`pi^()` molecular orbital Now, `N_(2)` accept electron and FORM`N_(2)^(-)` Then total electron are 15. `N_(2)^(-) = (pi_(2p_(x))^() )^(1)`because the next molecular orbital after `sigma_(2p_(z)) ` is `pi_(2p_(x))^() = pi_(2p_(y))^()`.Thus accepted electron `N_(2)`is filled in antiboncting molecular `pi_(2p_(x))^(*)` .