Represent the cell in which the following reaction takes place
`Mg(s)+2Ag^(+)(0.0001M) to Mg^(2+) (0.130M)+2Ag(s)`
Calculates its `E_(cell)` if `E_("cell")^(Θ)=3.17V`

Represent the cell in which the following reaction takes place . Mg(s) + 2Ag^(+)(0.001M) to Mg^(2+) (0.130M) + 2Ag(s) . Calculate its E_(("cell")) if E_(("cell"))^(-) = 3.17 V .

Represent the cell in which the following reaction takes place Mg(s) + 2Ag^+(0.0001M) to Mg^(2+)(0.130M) + 2Ag(s) Calculate its E_(cell) if E_(cell) = 3.17 V.

Represent the cell in which the following reaction takes place Mg(s)+2Ag^(+)(0.001M) to Mg^(2+)(0.130)+2Ag(s) Calculate E_("cell")" if "E_("cell")^(0)=3.17V .

Represent the cell in which following reaction takes place : Mg(s)+2Ag^(o+)(0.0001M)rarr Mg^(2+)(0.130M)+2Ag(s) calculate its E_(cell) if E^(c-)._(cell)=3.17V.

Represent the cell in which following reaction takes place : Mg(s)+2Ag^(o+)(0.0001M)rarr Mg^(2+)(0.130M)+2Ag(s) calculate its E_(cell) if E^(c-)._(cell)=3.17V.

Represent the cell in which the following reaction takes place: Mg(s)+Cu^(2+)(0.0001M) to Mg^(2+)(0.1M)+Cu(s) . Calculate its E, if E^(@) is 2.71V .

Represent the cell in which the given reaction occurs : Mg(s)+2Ag^(+)(0.0001M)rarr Mg^(2+)(0.134M)+2Ag(s) Calculate its E_("cell") if E_("cell")^(@)=3.17V.

Calculate the emf of the cell in which the following reaction takes place : Ni(s)+2Ag^(+)(0.002M) to Ni^(2+) (0.160M) +2Ag(s) Given that E_("cell")^(Theta)=1.05V