CAX IAL Redox y13

The following equation is UNBALANCED. For the element that is oxidised or reduced, how many electrons are transferred per atom? H(+) + NO3(-) --> NO3(-) + NO + H2O

The following equation is UNBALANCED. For the element that is oxidised or reduced, how many electrons are transferred per atom? Hg ---> Hg2+

The following equation is UNBALANCED. For the element that is oxidised or reduced, how many electrons are transferred per atom? H(+) + Cr2O7(2-) --> Cr(3+) + H2O

The following equation is UNBALANCED. For the element that is oxidised or reduced, how many electrons are transferred per atom? H(+) + MnO4(-) --> MnO2 + H2O

The following equation is UNBALANCED. For the element that is oxidised or reduced, how many electrons are transferred per atom? V2O5 + H(+) --> V(3+) + H2O

The following equation is UNBALANCED. For the element that is oxidised or reduced, how many electrons are transferred per atom? Fe(2+) --> Fe(3+)

The following equation is UNBALANCED. For the element that is oxidised or reduced, how many electrons are transferred per atom? H(+) + HNO3(-) --> HNO2 + H2O

The following equation is UNBALANCED. For the element that is oxidised or reduced, how many electrons are transferred per atom? O2 --> O(2-)

The following equation is UNBALANCED. For the element that is oxidised or reduced, how many electrons are transferred per atom? Cl- --> Cl2

The following equation is UNBALANCED. For the element that is oxidised or reduced, how many electrons are transferred per atom? H(+) + NO3(-) --> NO2(+) + H2O