With the help of molecular orbital theory predict which of the following species are diamagnetic ?
`H_(2)^(+),O_(2)O_(2)^(2+)`

With the help of molecular orbital theory, predict which of the following species is diamagnetic Li_(2)^(+) ,O_2 ,O_(2)^(+) , O_(2)^(2-)

On the basis of molecular orbital theory predict which of the following is paramagnetic. H_2 and H_(2)^(+)

On the basis of molecular orbital theory predict which of the following is paramagnetic. He_2 and He_(2)^(+)

Which of the following species is reduced by H_(2)O_(2)

Write the molecular orbital Configurations of the following species O_2^(-) .

Write the molecular orbital configuration of the following species : (a) O_2 " " (b)O_(2)^(-) " " (c ) O_(2)^(+) " "(d) O_(2)^(2+) (i) Calculate their bond order. (ii) Predict their magnetic behaviour. (iii) Which of these does show highest paramagnetism?

On the basic of the bond order, predict which of the following species is the most stable. (i)O_(2)^(-)(ii)O_(2)(iii)Ne_(2)^(+)

Using molecular orbital theory predict the correct decreasing bond order of the following species 1. O_(2)^(+) 2. O_(2)^(-) 3. O_(2)^(2-) 4. O_(2)^(2+)

Using molecular orbital theory predict the correct decreasing bond order of the following species 1. O_(2)^(+) 2. O_(2)^(-) 3. O_(2)^(2-) 4. O_(2)^(2+)

Write the molecular orbital .configurations of the following species: (a) O_(2)^(+) ions. (b) O_(2)^(-) ions.