Which has maximum potential the half-cell reaction-text-2-text-H-text- - -text- - 2-text-e-text- - - to -text-H-text-2-1-0 M HClA solution having pH 4Pure water1-0 M NaOH

Question

Toppr Admin · Accepted Answer

Using kontraurchs law which saysAom-H2O-Aom-HCl-Ao-NaOH-x2212-Aom-NaCl-We know the value of Aom for HCl-NaOH and NaCl thus by priosi calculations-xA0-AomH2O can br determined

Which has maximum potential for the half-cell reaction?
$2 H^{+} + 2 e^{-} \to H_{2}$
1.0 M HCl
A solution having pH 4
Pure water
1.0 M NaOH

using kontraurchs law which says
$A_{m (H_{2} O)}^{o} = A_{m (H C l)}^{o} + A_{(N a O H)}^{o} - A_{m (N a C l)}^{o}$
We know the value of $A^{o} m$ for $H C l, N a O H$ and $N a C l$ thus by priosi calculations
$A^{o} m H_{2} O$ can br determined

Which has maximum potential for the half-cell reaction?2H + + 2e - →H21.0 M HClA solution having pH 4Pure water1.0 M NaOH

using kontraurchs law which saysAom(H2O)=Aom(HCl)+Ao(NaOH)−Aom(NaCl)We know the value of Aom for HCl,NaOH and NaCl thus by priosi calculations AomH2O can br determined

Which has maximum potential for the half-cell reaction?
$2 H^{+} + 2 e^{-} \to H_{2}$
1.0 M HCl
A solution having pH 4
Pure water
1.0 M NaOH

using kontraurchs law which says
$A_{m (H_{2} O)}^{o} = A_{m (H C l)}^{o} + A_{(N a O H)}^{o} - A_{m (N a C l)}^{o}$
We know the value of $A^{o} m$ for $H C l, N a O H$ and $N a C l$ thus by priosi calculations
$A^{o} m H_{2} O$ can br determined