In the formation of `N_2^+` from `N_2`, the electron is removed from
A. a `sigma`-orbital
B. `a pi`- orbital
C. a `sigma^**`-orbital
D. a `pi^**` - orbital
Correct Answer - A
For `N_2` molecule the configuration is
`sigma_(1s)^2 sigma_(1s)^(**2)sigma_(2s)^2 sigma_(2s)^(**2)pi_(2px)^2 pi_(2py)^(2)sigma_(2pz)^(2)`
Correct Answer - B
Bond dissociation energy of `F_2` is less than `Cl_2`
`F_2 lt Cl_2`
Bond dissociation energies of `O_2` (O=O) and `N_2(N = N)` are more than `Cl_2` or...
Correct Answer - D
Bond order of `N_2` is 3 and that of `N_2^(+)` is 2.5 where bond order of oxygen changes from 2(in `O_2`) to 2.5 (in `O_2^(+)`). `N_2^(+)` is...
Correct Answer - A,B,C,D
`N_2(g)+O_2(g)hArr 2NO(g)`
(A)For changing pressure volume has to be changed, though number of moles of NO(g) do not get changed but its concentration will get changed.
(B)Temperature...
