Given that at T - 298 K Cus - Cu2- 1-0M - Ag- 1-0M- Ags E-cell - 0-46 V Zns - Zn2- 1-0 M- Cu2- 1-0 M-Cus E-cell - 1-10 VThe Ecell for Zn- Zn2- 0-1 M- Ag-1-0 M- Ag at 298 K will be-

The correct option is A 3.56 V Cu(s)+ Ag^+(aq.) → Cu^2+(aq.) +Ag(s) E^ #8728;_cell=0.46 V #160; Zn(s)+Cu^2+→ Zn^2++Cu(s) E^ #8 ...

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Given that at...

Question

Given that (at $T = 298 K)$
$C u (s) | C u^{2 +} (1.0 M) | | A g^{+} (1.0 M) | A g (s) E_{c e l l}^{\circ} = 0.46 V$
$Z n (s) | Z n^{2 +} (1.0 M) | | C u^{2 +} (1.0 M) | C u (s) E_{c e l l}^{\circ} = 1.10 V$
The $E_{c e l l}$ for
$Z n | Z n^{2 +} (0.1 M) | | A g^{+} (1.0 M | A g$ at $298 K$ will be:

3.56 V

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1.53 V

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2.53 V

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298 K

C u (s) | C u^{2 +} (1.0 M) | | A g^{+} (1.0 M) | A g (s)

E_{c e l l}^{o} = 0.46 V

Z n (s) | Z n^{2 +} (1.0 M) | | C u^{2 +} (1.0 M) | C u (s)

E_{c e l l}^{o} = 1.10 V

E_{c e l l}

298 K

Z n (s) | Z n^{2 +} (0.1 M) | | A g^{+} (1. 0 M) | A g (s)

C u | C u^{2 +} (1 M) | | A g^{+} (1 M) | A g, E^{o} = 0.46 V

Z n | Z n^{2 +} (1 M) | | C u^{2 +} (1 M) | C u, E^{o} = 1.10 V

Z n | Z n^{2 +} | | A g^{+} (1 M) | A g

C u | C u^{2 +} (1 M) | | A g^{+} (1 M) | A g, E^{0} = 0.46 V

Z n | Z n^{2 +} (1 M) | | C u^{2 +} (1 M) | C u, E^{0} = 1.10 V

Z n | Z n^{2 +} (1 M) | | A g^{+} (1 M) | A g

Z n (s) | Z n^{2 +} (1 M) | | C u^{2 +} (1 M) | C u (s) (E_{c e l l}^{\circ} = + 1.10 V)

298 K

Z n^{2 +}

C u^{2 +} (\frac{[Z n^{2 +}]}{[C u^{2 +}]})

A g (s) | A g^{+} (0.1 M) | | Z n^{2 +} (0.1 M) | Z n (s)

E_{c e l l}^{o} = - 1.562 V

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