Given below are two statements:

Statement 1:${\mathrm{CeO}}_2$ can be used for oxidation of aldehyde and ketones.

Statement 2: Aqueous solution of ${\mathrm{EuSO}}_4$ is a strong reducing agent.

Q. Given below are two statements:

Statement-I: CeO${}_2$ can be used for the oxidation of aldehydes and ketones.

Statement-II: Aqueous solution of EuSO${}_4$ is a strong reducing agent.

Q. Given below are two statements :

Statement - I : $Ce{O}_2$ can be used for oxidation of aldehyde and ketones.

Statement - II : Aqueous solution of $EuS{O}_4$ is a strong reducing agent.

In the light of the above statements , choose the correct answer from the options given below :

Q. Given below are two statements:
Statement $I:$ $H_2{O}_2$ can act as both oxidizing and reducing agent in basic medium.
Statement $II:$ In the hydrogen economy, the energy is transmitted in the form of dihydrogen.
In the light of the above statements, choose the correct answer from the options given below:

Q. Assertion :Statement 1 : $HgC{l}_2$ and $SnC{l}_2$ exist together in an aqueous solution. Reason: Statement 2 : $SnC{l}_2$ is a strong reducing agent.

Q. Assertion :$HgC{l}_2$ and $SnC{l}_2$ can not exist together in an aqueous solution. Reason: $SnC{l}_2$ is a strong reducing agent because Sn shows inert pair effect.