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`O_((g))^(-)+e^(-)toO_((g))^(-2) /_H_(1)` `O_((g))+e^(-)toO_((g))^(-) /_H_(2)` `O_(2(g))toO_(2(g))^(+)+e^(-) /_H_(3)` `O_((g))toO_(2(g))^(+)+e^(-) /_H_(4)` `H_(2(g))toH_(2(g))^(+)+e^(-) /_H_(5)` `O_((g))toH_((g))^(+)+e^(-) /_H_(6)` `O_((g))+2e^(-)toO^(-2) /_H_(7)` Which of the following option (s) is/are correct?A. `|/_H_(1)|gt|/_H_(2)|`B. `|/_H_(4)|gt|/_H_(3)|`C. `|/_H_(5)|gt|/_H_(6)|`D. `/_H_(7)` is +ve |
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Answer» Correct Answer - A::B::C::D `O_((g))+e^(-)toO_((g))^(-) /_H=-ve` `O_(g)^(-)+e^(-)toO_((g))^(-2) /_H=-ve` `O_((g))+2e^(-)toO_((g))^(-2) /_H=+ve` `O_(2(g))toO_(2(g))^(+)+e^(-)` (Electron removed from `pi^(*) 2P_(y)` or `pi^(*) 2P_(x)`) `O_((g))toO_((g))^(+)+e^(-)` (Electron removed from `2P`) `H_(2(g))to H_(2(g))^(+)+e^(-)` (Electron removed from `sigma1s`) `H_((g))toH_((g))^(+)+e^(-)` (Electron removed from `1s`) |
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