For a saturated solution of $Ag_{2}CrO_{4}$ at infinite dilution,$\lambda_{m}^{\infty}(Ag^{+}) = 127 \ \Omega^{-1} \ cm^{2} \ mol^{-1}$ and $\lambda_{m}^{\infty}(CrO_{4}^{2-}) = 246 \ \Omega^{-1} \ cm^{2} \ mol^{-1}$. If the specific conductance of the solution is $2 \times 10^{-2} \ \Omega^{-1} \ cm^{-1}$,calculate the solubility product $(K_{sp})$ of $Ag_{2}CrO_{4}$.
- A$0.05$
- B$1.5$
- C$0.037$
- D$2.56 \times 10^{-4}$
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Consider the following data.
Electrolyte $\Lambda_m^\circ$ $(S\text{ cm}^2\text{ mol}^{-1})$ $BaCl_2$ $x_1$ $H_2SO_4$ $x_2$ $HCl$ $x_3$
$BaSO_4$ is sparingly soluble in water. If the conductivity of the saturated $BaSO_4$ solution is $x\text{ S cm}^{-1}$, then the solubility product of $BaSO_4$ can be given as (Here $\Lambda_m = \Lambda_m^\circ$)
| Electrolyte | $\Lambda_m^\circ$ $(S\text{ cm}^2\text{ mol}^{-1})$ |
|---|---|
| $BaCl_2$ | $x_1$ |
| $H_2SO_4$ | $x_2$ |
| $HCl$ | $x_3$ |
$BaSO_4$ is sparingly soluble in water. If the conductivity of the saturated $BaSO_4$ solution is $x\text{ S cm}^{-1}$, then the solubility product of $BaSO_4$ can be given as (Here $\Lambda_m = \Lambda_m^\circ$)
DifficultJEE MAIN 2026
View SolutionMatch List-$I$ with List-$II$.
List-$I$ (Conversion) List-$II$ (Number of Faraday required) $A$. $1 \ mol$ of $H_2O$ to $O_2$ $I$. $3 \ F$ $B$. $1 \ mol$ of $MnO_4^{-}$ to $Mn^{2+}$ $II$. $2 \ F$ $C$. $1.5 \ mol$ of $Ca$ from molten $CaCl_2$ $III$. $1 \ F$ $D$. $1 \ mol$ of $FeO$ to $Fe_2O_3$ $IV$. $5 \ F$
Choose the correct answer from the options given below:
| List-$I$ (Conversion) | List-$II$ (Number of Faraday required) |
| $A$. $1 \ mol$ of $H_2O$ to $O_2$ | $I$. $3 \ F$ |
| $B$. $1 \ mol$ of $MnO_4^{-}$ to $Mn^{2+}$ | $II$. $2 \ F$ |
| $C$. $1.5 \ mol$ of $Ca$ from molten $CaCl_2$ | $III$. $1 \ F$ |
| $D$. $1 \ mol$ of $FeO$ to $Fe_2O_3$ | $IV$. $5 \ F$ |
Choose the correct answer from the options given below:
MediumNEET 2024
View SolutionUsing the standard electrode potentials given in the Table $8.1$,predict if the reaction between the following is feasible:
$(a)$ $Fe^{3+}_{(aq)}$ and $I^{-}_{(aq)}$
$(b)$ $Ag^{+}_{(aq)}$ and $Cu_{(s)}$
$(c)$ $Fe^{3+}_{(aq)}$ and $Cu_{(s)}$
$(d)$ $Ag_{(s)}$ and $Fe^{3+}_{(aq)}$
$(e)$ $Br_{2(aq)}$ and $Fe^{2+}_{(aq)}$
$(a)$ $Fe^{3+}_{(aq)}$ and $I^{-}_{(aq)}$
$(b)$ $Ag^{+}_{(aq)}$ and $Cu_{(s)}$
$(c)$ $Fe^{3+}_{(aq)}$ and $Cu_{(s)}$
$(d)$ $Ag_{(s)}$ and $Fe^{3+}_{(aq)}$
$(e)$ $Br_{2(aq)}$ and $Fe^{2+}_{(aq)}$
Medium
View SolutionUsing the standard electrode potentials,predict if the reaction between the following is feasible:
$(a) Fe_{(aq)}^{3+} \text{ and } I_{(aq)}^{-}$
$(b) Ag_{(aq)}^{+} \text{ and } Cu_{(s)}$
$(c) Fe_{(aq)}^{3+} \text{ and } Cu_{(s)}$
$(d) Ag_{(s)} \text{ and } Fe_{(aq)}^{3+}$
$(e) Br_{2(aq)} \text{ and } Fe_{(aq)}^{2+}$
$(a) Fe_{(aq)}^{3+} \text{ and } I_{(aq)}^{-}$
$(b) Ag_{(aq)}^{+} \text{ and } Cu_{(s)}$
$(c) Fe_{(aq)}^{3+} \text{ and } Cu_{(s)}$
$(d) Ag_{(s)} \text{ and } Fe_{(aq)}^{3+}$
$(e) Br_{2(aq)} \text{ and } Fe_{(aq)}^{2+}$
Difficult
View SolutionThe equation that is incorrect is
DifficultJEE MAIN 2020
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