The correct value of cell potential in volt for the reaction that occurs when the following two half-cells are connected, is

${\text{Fe}}_{\left(aq\right)}^{2+}+2e^{-}\to {\text{Fe}}_{\left(s\right)}, E°=-0.44$ $V$

${\text{Cr}}_2{{\text{O}}_7}_{\left(aq\right)}^{2-}+14H^{+}+6e^{-}\to 2{\text{Cr}}^{3+}+7H_{2}O, E°=+1.33$ $V$                           [2023]
 

The standard electrode potential $(E°)$ values of ${\text{Al}}^{3+}/\text{Al}, {\text{Ag}}^{+}/\text{Ag}, {\text{K}}^{+}/\text{K}, \text{and} {\text{Cr}}^{3+}/\text{Cr}$ are $-1.66$ $V$, $0.80$ $V$, $-2.93$ $V$ and $-0.74$ $V$, respectively. The correct decreasing order of reducing power of the metal is                 [2019]