Deduce from the following E^(c-) values ...

Deduce from the following `E^(c-)` values of half cells, what combination of two half cells would results in a cell with the largest potential?
`{:(I. , A+e(-) rarr A^(c-),,,,E^(c-)=-0.24V),(II., B^(c-)+e^(-)rarr B^(2-),,,,E^(c-)=+1.25V),(III.,C^(c-)+2e^(-) rarr C^(3-),,,,E^(c-)=-1.25V),(IV. , D+2e^(c-)rarr D^(2-),,,, E^(c-)=+0.68V):}`

Similar Questions

Explore conceptually related problems

Deduce from the following E^@ values of half cells, what combination of two halt would resutlt in a cell with the largenst potential : (i) A+e rarr A ,E^@=-0.24V (ii) B^- +e rarrB^(2-),E^@=+1.25V (iii) C^- +2erarrC^(3-),E^@=-1.25V (iv) D + 2e rarrD^(2-), E^@=+ 0.68V

Deduce from the following E^@ values of half cells , what combination of two half cells would result in a cell with largest potential : (i) A^(3-) rarr A^(2-) + e^- , E^@=1.5 V (ii) B^(2+) +e^- rarrB^+ ,E^@ =-2.1V (iii) C^(2+)+e^- rarrC^+,E^@=+0.5V (iv) DrarrD^2 +2e^-,E^@=-1.5V

Deduce from the following E^@ values of half cells, what combination of two halt would resutlt in a cell with the largenst potential : (i) Ararr A^+ +e ,E^@=+1.2V (ii) B^-rarrB+e,E^@=-2.1V (iii) CrarrC^(2+) +2e,E^@=-0.38V (iv) D^(2-) rarrD^- +e,E^@=-0.59V

Consider following half cell reaction and corresponding standard (reduction) electrode potentials. I. A+e^(-)rarrA:E^(@)=-24V II. B^(-)+e^(-)rarrB^(2-):E^(@)=+1.25V III. C^(-)+2e^(-)rarrC^(3-):E^(@)=-1.25V IV. D+2e^(-)rarrD^(2-):E^(@)=+0.68V V. E+4e^(-)rarrE^(-4):E^(@)=0.38V . Cell with the largest cell potential is

Half cell reactions for some electrodes are given below I. A + e^(-) rarr A^(-) , E^(@) = 0.96V II. B^(-) + e^(-) rarr B^(2-) , E^(@) = -0.12V III. C^(+) + e^(-) rarr C, E^(@) =+0.18V IV. D^(2+) + 2e^(-) rarr D, E^(@) = -1.12V Largest potential will be generated in which cell?

Similar Questions

Recommended Questions