In the electrochemic al cell
`Zn|Zn^(2+)||H^(+)|Pt,H_(2)`
`E_("cell")^(@)=E_("cell")` when

In the following electrochemical cell Zn|Zn^(2+) ||H^(+)| pt(H_(2)) E^(@)_(cell) = E_(cell) . This will be :

In the following electrochemical cell Zn|Zn^(2+) ||H^(+)| pt(H_(2)) E^(@)_(cell) = E_(cell) . This will be :

In the following electrochemical cell : Zn|Zn^(2+)||H^(o+)|(H_(2))Pt E_(cell)=E^(c-)._(cell). This will be when

In the following electrochemical cell : Zn|Zn^(2+)||H^(o+)|(H_(2))Pt E_(cell)=E^(c-)._(cell). This will be when

In the following electrochemical cell : Zn|Zn^(2+)||H^(o+)|(H_(2))Pt E_(cell)=E^(c-)._(cell). This will be when 1) [Zn^(2+)]=[H^(o+)]=1M and p_(H_(2))1 atm 2) [Zn^(2+)]=0.01 M,[H^(o+)]=0.1M, and p_(H_(2))=1atm 3) [Zn^(2+)]=1m,[H^(o+)]=0.1M, and p_(H_(2))=0.01atm 4) [Zn^(2+)]=[H^(o+)]=0.1M and p_(H_(2))=0.1 atm

In the following electrochemical cell : Zn(s)abs(zn^(+2)) abs(H^(+))Pt(H_(2)),E^(o)""_(cell) = E_(cell) This will be true when :

For the electrochemical cell : Zn "|"Zn^(2+)(1M)"||"H^(+)(1M)"|"H_(2)("atm") , Pt the e.m.f. of the cell has been found to be 0.76. The standard reduction potential of zinc is :

t temperature of 298 K the emf of the following electrochemical cell Ag(S)Ag^(+) (0.1M) || Zn^(2) (0.1M) |Zn(s) will be ("given" E_("cell")^(0) = - 1.526 V)