# Zn2 20 M Ai1 050 M Would Non Standard Cell Using Relationships G Nf Go Nfe Come Equation C Q28247772 If the [Zn2] -2.0 M and [Ai1 -0.50 M, this would be a non-standard cell Using the relationships ?G -nF? and ?Go–nFe we can come up with an equation to calculate non-standard cell potentials, the Nernst equation nF n # moles of electrons in the balanced half-reactions F = faradays constant 96,000 C/mol e. Q reaction quotient, [products]/ [reactants where 4. Calculate non-standard cell potential () at 298 K when the [Zn2+1.-2.0 M and [A”)-0.50 M. Calculate ?G and ?G° and discuss the difference in the work being done, in terms of [products] and [reactants). 5. 6, What is the effect on ? of doubling the size of the aluminum electrode? 7, what is the effect on ? of adding 500 mL of water to the cathode, assuming there was 1 L of the solution to begin with? Show transcribed image text If the [Zn2] -2.0 M and [Ai1 -0.50 M, this would be a non-standard cell Using the relationships ?G -nF? and ?Go–nFe we can come up with an equation to calculate non-standard cell potentials, the Nernst equation nF n # moles of electrons in the balanced half-reactions F = faradays constant 96,000 C/mol e. Q reaction quotient, [products]/ [reactants where 4. Calculate non-standard cell potential () at 298 K when the [Zn2+1.-2.0 M and [A”)-0.50 M. Calculate ?G and ?G° and discuss the difference in the work being done, in terms of [products] and [reactants). 5. 6, What is the effect on ? of doubling the size of the aluminum electrode? 7, what is the effect on ? of adding 500 mL of water to the cathode, assuming there was 1 L of the solution to begin with?

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