The cell reaction for the given cell is spontaneoous if: `Pt|Cl_(2)(P_1)|Cl^(-)(1M)||Cl^(-)(1M)|Pt|Cl_(2)(P_2)`A. `P_(1) gt P_(2)`B. `P_(1) lt P_(2)`C. `P_(1) = P_(2)`D. `P_(2) = 1` atm

The cell reaction for the given cell is spontaneoous if: `Pt|Cl_(2)(P_

1.	The cell reaction for the given cell is spontaneoous if: `Pt\|Cl_(2)(P_1)\|Cl^(-)(1M)\|\|Cl^(-)(1M)\|Pt\|Cl_(2)(P_2)`A. `P_(1) gt P_(2)`B. `P_(1) lt P_(2)`C. `P_(1) = P_(2)`D. `P_(2) = 1` atm
Answer» Correct Answer - B `E_("cell") = E_(OP_(Cl))^(@) + E_(RP_(Cl))^(@) + (0.059)/(2)"log"([Cl^(-)]_(LHS)^(2)P_(2))/([Cl^(-)]_(RHS)^(1)P_(2)` `= (0.059)/(2)"log"(P_(2))/(P_(1))` `E_("cell")` is `+ve` when `P_(2)gtP_(1)`

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The cell reaction for the given cell is spontaneoous if: `Pt|Cl_(2)(P_1)|Cl^(-)(1M)||Cl^(-)(1M)|Pt|Cl_(2)(P_2)`A. `P_(1) gt P_(2)`B. `P_(1) lt P_(2)`C. `P_(1) = P_(2)`D. `P_(2) = 1` atm

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