35. Solution to Chemistry Problem
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3. Determine the values of:
a) the potential of the electrode being studied, if EMF = 0.315 V, and the more negative reference electrode in this case has a potential of 0.245 V (nv e);
b) the EMF of the element, the electrode potentials of which are equal to -0.247 and 0.224 V relative to the normal hydrogen electrode.
a) the potential of the electrode being studied, if EMF = 0.315 V, and the more negative reference electrode in this case has a potential of 0.245 V (nv e);
b) the EMF of the element, the electrode potentials of which are equal to -0.247 and 0.224 V relative to the normal hydrogen electrode.
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