When `N_(2)` goes `N_(2)^(o+)` the `N-N` bond distance________and when `O_(2)` goes to `O_(2)^(o+)` the `O-O` bond distance _______.

Fill in the blanks by chossing the appropriate word/words from those given in the brackets: (increases, ionic radius, CH_(2) , same, sigma, ionic, 14, 2, decreases, 16, CH_(3) , pi, covalent, ionic) When N_(2) goes to N_(2)^(+) , the N-N bond distance _____ and when O_(2) goes to O_(2)^(+) the O-O bond distance _______

Write the molecular orbital electron distribution of oxygen (O_(2)) Specify its bond order and magnetic property Fill in the blanks When N_(2) goes to N_(2)^(o+) , the N-N bond distance___ and when O_(2) goes to O_(2)^(o+) the O-O bond distance ____ .

When N_(2) goes to N_(2)^(+) , the N-N bond distance …………

When N_(2) goes to N_(2)^(+) , the N-N bond distance …………, and when O_(2) goes to O_(2)^(+) the O-O bond distance…….

When N_(2) goes to N_(2)^(+) , then N-N bond distance ……….and when O_(2) goes to O_(2)^(+) the O-O bod distance…….

Fill in the blanks with appropriate choice. Bond ordr of N_(2)^(+) is ul(" "P) while that of N_(2) is ul(" "Q) . Bond order of O_(2)^(+) is ul(" "R) while that of O_(2) is ul(" "S) . N - N bond distance ul(" "T) when N_(2) changes to N_(2)^(+) and when O_(2) changes to O_(2)^(+) , the O - O bond distance ul(" "U) .