If the half cell reaction A+e- arrow A- has a large negative reduction potential, it follows that

Question

If the half cell reaction A+e- arrow A- has a large negative reduction potential, it follows that (A) A is readily reduced (B) A is readily oxidised (C) A- is readily reduced (D) A- is readily oxidised

Tardigrade Admin · Accepted Answer

If the half cell reaction A+e- arrow A- has a large negative reduction potential, it follows that A- is readily oxidised as negative ER Po means more EO Po , i.e., more is the tendency to get itself oxidized.

Q. If the half cell reaction $A + e^{-} \to A^{-}$ has a large negative reduction potential, it follows that

A is readily reduced

A is readily oxidised

$A^{-}$ is readily reduced

$A^{-}$ is readily oxidised

If the half cell reaction $A + e^{-} \to A^{-}$ has a large negative reduction potential, it follows that $A^{-}$ is readily oxidised as negative $E_{RP}^{o}$ means more $E_{OP}^{o}$ , i.e., more is the tendency to get itself oxidized.

Q. If the half cell reaction A+e−→A− has a large negative reduction potential, it follows that

A is readily reduced

A is readily oxidised

A− is readily reduced

A− is readily oxidised

If the half cell reaction A+e−→A− has a large negative reduction potential, it follows that A− is readily oxidised as negative ERPo​ means more EOPo​ , i.e., more is the tendency to get itself oxidized.

Q. If the half cell reaction $A + e^{-} \to A^{-}$ has a large negative reduction potential, it follows that

$A^{-}$ is readily reduced

$A^{-}$ is readily oxidised

If the half cell reaction $A + e^{-} \to A^{-}$ has a large negative reduction potential, it follows that $A^{-}$ is readily oxidised as negative $E_{RP}^{o}$ means more $E_{OP}^{o}$ , i.e., more is the tendency to get itself oxidized.