`PbO_(2)rarrPbO,DeltaG_(298)lt0`
`SnO_(2)rarrSnO,DeltaG_(298)gt0`
Most proble oxidation states of `Pb` and `Sn` will be

Consider the reaction , PbO_2 to PbO , DeltaG_(298) lt 0 l SnO_2 to SnO , DeltaG_(298) gt 0 the most probable oxidation state of Pb and Sn will be

Given : PbO _(2) to PbO Delta G _(298K) lt 0 Sn O _(2) to Sn O Delta G _(298K) gt 0 Most probable oxidation state of Pb and Sn will be

In view of the signs of Delta_(r)G^(0) for the following reactions PbO_(2)+Pbrarr2PbO,Delta_(r)G^(0)lt0 SnO_(2)+Snrarr2SnO,Delta_(r)G^(0)gt0 Which oxidation state are more characteristic for lead and tin?

In view of the signs of Delta_(r)G^(@) for the following reactions : PbO_(2)+Pbto2PbO,Delta_(r)G^(@)lt0 SnO_(2)+Snto2SnO,Delta_(r)G^(@)gt0 , which oxidation states are more characteristic for lead and tin ?

In view of the signs of Delta_rG^@ for the following reactions : PbO_2 +Pb rarr 2PbO,Delta_rG^@ lt 0 SnO_2 +Sn rarr 2SnO, Delta_rG^@ gt 0 Which oxidation states are more characteristic for lead and tin ?