In the diagram given below, the value of x is:

0.35 V

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0.65 V

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0.325 V

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-0.65 V

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Solution

The correct option is C 0.325 V
Given,
${E_{1}}^{o} = 0.15 V$
${E_{2}}^{o} = 0.50 V$

Since, $Δ G = - n F {E^{o}}_{c e l l}$

$\Rightarrow - 2 E_{3} = - 1 \times E_{1} - 1 \times E_{2}$

$\Rightarrow E_{3} = \frac{0.15 + 0.50}{2} = 0.325 V$

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Similar questions

Find the value of $(0.65)^{2} - (0.35)^{2}$ .

V_{0}

W = - 1.80 V, X = 0.35 V, Y = 0.25 V, Z = - 0.43 V

W = - 1.80 V, X = 0.35 V, Y = 0.25 V, Z = - 0.43 V

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