00. Ionic Equilibrium
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Ionic Equilibrium

32433 Electrolytes when dissolved in water dissociate into their constituent ions. The degree of dissociation of an electrolyte increases with

1 Increasing concentration of the electrolyte
2 Decreasing concentration of the electrolyte
3 Decreasing temperature
4 Presence of a substance yielding a common ion
Ionic Equilibrium

32434 An electrolyte

1 Gives complex ions in solution
2 Dissolves in water to give ions
3 Is ionized in the solid state
4 Generates ions on passing electric current
Ionic Equilibrium

32435 A monoprotic acid in \( 1.00 \,M \) solution is \( 0.01\%\)  ionised. The dissociation constant of this acid is

1 \(1 \times {10^{ - 8}}\)
2 \(1 \times {10^{ - 4}}\)
3 \(1 \times {10^{ - 6}}\)
4 \({10^{ - 5}}\)
Ionic Equilibrium

32436 Molten sodium chloride conducts electricity due to the presence of

1 Free electrons
2 Free ions
3 Free molecules
4 Atoms of sodium and chlorine
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Ionic Equilibrium

32433 Electrolytes when dissolved in water dissociate into their constituent ions. The degree of dissociation of an electrolyte increases with

1 Increasing concentration of the electrolyte
2 Decreasing concentration of the electrolyte
3 Decreasing temperature
4 Presence of a substance yielding a common ion
Ionic Equilibrium

32434 An electrolyte

1 Gives complex ions in solution
2 Dissolves in water to give ions
3 Is ionized in the solid state
4 Generates ions on passing electric current
Ionic Equilibrium

32435 A monoprotic acid in \( 1.00 \,M \) solution is \( 0.01\%\)  ionised. The dissociation constant of this acid is

1 \(1 \times {10^{ - 8}}\)
2 \(1 \times {10^{ - 4}}\)
3 \(1 \times {10^{ - 6}}\)
4 \({10^{ - 5}}\)
Ionic Equilibrium

32436 Molten sodium chloride conducts electricity due to the presence of

1 Free electrons
2 Free ions
3 Free molecules
4 Atoms of sodium and chlorine
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Ionic Equilibrium

32433 Electrolytes when dissolved in water dissociate into their constituent ions. The degree of dissociation of an electrolyte increases with

1 Increasing concentration of the electrolyte
2 Decreasing concentration of the electrolyte
3 Decreasing temperature
4 Presence of a substance yielding a common ion
Ionic Equilibrium

32434 An electrolyte

1 Gives complex ions in solution
2 Dissolves in water to give ions
3 Is ionized in the solid state
4 Generates ions on passing electric current
Ionic Equilibrium

32435 A monoprotic acid in \( 1.00 \,M \) solution is \( 0.01\%\)  ionised. The dissociation constant of this acid is

1 \(1 \times {10^{ - 8}}\)
2 \(1 \times {10^{ - 4}}\)
3 \(1 \times {10^{ - 6}}\)
4 \({10^{ - 5}}\)
Ionic Equilibrium

32436 Molten sodium chloride conducts electricity due to the presence of

1 Free electrons
2 Free ions
3 Free molecules
4 Atoms of sodium and chlorine
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Ionic Equilibrium

32433 Electrolytes when dissolved in water dissociate into their constituent ions. The degree of dissociation of an electrolyte increases with

1 Increasing concentration of the electrolyte
2 Decreasing concentration of the electrolyte
3 Decreasing temperature
4 Presence of a substance yielding a common ion
Ionic Equilibrium

32434 An electrolyte

1 Gives complex ions in solution
2 Dissolves in water to give ions
3 Is ionized in the solid state
4 Generates ions on passing electric current
Ionic Equilibrium

32435 A monoprotic acid in \( 1.00 \,M \) solution is \( 0.01\%\)  ionised. The dissociation constant of this acid is

1 \(1 \times {10^{ - 8}}\)
2 \(1 \times {10^{ - 4}}\)
3 \(1 \times {10^{ - 6}}\)
4 \({10^{ - 5}}\)
Ionic Equilibrium

32436 Molten sodium chloride conducts electricity due to the presence of

1 Free electrons
2 Free ions
3 Free molecules
4 Atoms of sodium and chlorine