E⊖ values of some redox couples are given below. On the basis of th

1.	E⊖ values of some redox couples are given below. On the basis of these values choose the coorect option. E⊖ values : Br2Br−=+1.90Ag+Ag(s)=+0.80Cu2+Cu(s)=+0.34I2(S)I−=+0.54; (a) Cu will reduce Br− (b) Cu will reduce Ag (c) Cu will reduce I− (d) Cu will reduce Br2
Answer» $E^{⊖}$ values of some redox couples are given below. On the basis of these values choose the coorect option. $E^{⊖}$ values : $\frac{B r_{2}}{B r^{-}} = + 1.90 \frac{A g^{+}}{A g (s)} = + 0.80 \frac{C u^{2 +}}{C u (s)} = + 0.34 \frac{I_{2} (S)}{I^{-}} = + 0.54;$ (a) Cu will reduce $B r^{-}$ (b) Cu will reduce $A g$ (c) Cu will reduce $I^{-}$ (d) Cu will reduce $B r_{2}$

E⊖ values of some redox couples are given below. On the basis of these values choose the coorect option. E⊖ values : Br2Br−=+1.90Ag+Ag(s)=+0.80Cu2+Cu(s)=+0.34I2(S)I−=+0.54; (a) Cu will reduce Br− (b) Cu will reduce Ag (c) Cu will reduce I− (d) Cu will reduce Br2

Answer»

$E^{⊖}$ values of some redox couples are given below. On the basis of these values choose the coorect option.
$E^{⊖}$ values :

$\frac{B r_{2}}{B r^{-}} = + 1.90 \frac{A g^{+}}{A g (s)} = + 0.80 \frac{C u^{2 +}}{C u (s)} = + 0.34 \frac{I_{2} (S)}{I^{-}} = + 0.54;$

(a) Cu will reduce $B r^{-}$
(b) Cu will reduce $A g$
(c) Cu will reduce $I^{-}$
(d) Cu will reduce $B r_{2}$