(c)Strong electrolytes are almost completely ionised in polar solvent.
ELECTROCHEMISTRY
19850
An electrolyte
1 Forms complex ions in solution
2 Gives ions only when electricity is passed
3 Possesses ions even in solid state
4 Gives ions only when dissolved in water
Explanation:
An electrolyte does possess ions even in solid state. It's just that they aren't mobile like the ions in liquid electrolyte which allows better conduction.
ELECTROCHEMISTRY
19851
Electrolytes when dissolved in water dissociates into ions because
1 They are unstable
2 The water dissolves it
3 The force of repulsion increases
4 The forces of electrostatic attraction are broken down by water
Explanation:
Electrolytes when dissolved in water dissociates completely or partially to form ions. Example \(NaCl\) when dissolved in water dissociates to \(Na ^{+}\) and \(Cl ^{-}\) ions. Thus \(NaCl\) is a good electrolyte. Electrolytes when dissolved in water can conduct electricity. Because positive and negative ions are present in the solution because of the dissociation of the electrolytes in the solution.
ELECTROCHEMISTRY
19852
Electrolyte can conduct electricity because
1 Their molecules contain unpaired electrons, which are mobile
2 Their molecules contain loosely held electrons which get free under the influence of voltage
3 The molecules break up into ions when a voltage is applied
4 The molecules are broken up into ions when the electrolyte is fused or is dissolved in the solvent
Explanation:
The electrolyte can conduct electricity because the molecules are broken up into ions. When the electrolyte is fused or is dissolved in the solvent, these broken up molecules allow conduction of electricity in the solution.
(c)Strong electrolytes are almost completely ionised in polar solvent.
ELECTROCHEMISTRY
19850
An electrolyte
1 Forms complex ions in solution
2 Gives ions only when electricity is passed
3 Possesses ions even in solid state
4 Gives ions only when dissolved in water
Explanation:
An electrolyte does possess ions even in solid state. It's just that they aren't mobile like the ions in liquid electrolyte which allows better conduction.
ELECTROCHEMISTRY
19851
Electrolytes when dissolved in water dissociates into ions because
1 They are unstable
2 The water dissolves it
3 The force of repulsion increases
4 The forces of electrostatic attraction are broken down by water
Explanation:
Electrolytes when dissolved in water dissociates completely or partially to form ions. Example \(NaCl\) when dissolved in water dissociates to \(Na ^{+}\) and \(Cl ^{-}\) ions. Thus \(NaCl\) is a good electrolyte. Electrolytes when dissolved in water can conduct electricity. Because positive and negative ions are present in the solution because of the dissociation of the electrolytes in the solution.
ELECTROCHEMISTRY
19852
Electrolyte can conduct electricity because
1 Their molecules contain unpaired electrons, which are mobile
2 Their molecules contain loosely held electrons which get free under the influence of voltage
3 The molecules break up into ions when a voltage is applied
4 The molecules are broken up into ions when the electrolyte is fused or is dissolved in the solvent
Explanation:
The electrolyte can conduct electricity because the molecules are broken up into ions. When the electrolyte is fused or is dissolved in the solvent, these broken up molecules allow conduction of electricity in the solution.
(c)Strong electrolytes are almost completely ionised in polar solvent.
ELECTROCHEMISTRY
19850
An electrolyte
1 Forms complex ions in solution
2 Gives ions only when electricity is passed
3 Possesses ions even in solid state
4 Gives ions only when dissolved in water
Explanation:
An electrolyte does possess ions even in solid state. It's just that they aren't mobile like the ions in liquid electrolyte which allows better conduction.
ELECTROCHEMISTRY
19851
Electrolytes when dissolved in water dissociates into ions because
1 They are unstable
2 The water dissolves it
3 The force of repulsion increases
4 The forces of electrostatic attraction are broken down by water
Explanation:
Electrolytes when dissolved in water dissociates completely or partially to form ions. Example \(NaCl\) when dissolved in water dissociates to \(Na ^{+}\) and \(Cl ^{-}\) ions. Thus \(NaCl\) is a good electrolyte. Electrolytes when dissolved in water can conduct electricity. Because positive and negative ions are present in the solution because of the dissociation of the electrolytes in the solution.
ELECTROCHEMISTRY
19852
Electrolyte can conduct electricity because
1 Their molecules contain unpaired electrons, which are mobile
2 Their molecules contain loosely held electrons which get free under the influence of voltage
3 The molecules break up into ions when a voltage is applied
4 The molecules are broken up into ions when the electrolyte is fused or is dissolved in the solvent
Explanation:
The electrolyte can conduct electricity because the molecules are broken up into ions. When the electrolyte is fused or is dissolved in the solvent, these broken up molecules allow conduction of electricity in the solution.
(c)Strong electrolytes are almost completely ionised in polar solvent.
ELECTROCHEMISTRY
19850
An electrolyte
1 Forms complex ions in solution
2 Gives ions only when electricity is passed
3 Possesses ions even in solid state
4 Gives ions only when dissolved in water
Explanation:
An electrolyte does possess ions even in solid state. It's just that they aren't mobile like the ions in liquid electrolyte which allows better conduction.
ELECTROCHEMISTRY
19851
Electrolytes when dissolved in water dissociates into ions because
1 They are unstable
2 The water dissolves it
3 The force of repulsion increases
4 The forces of electrostatic attraction are broken down by water
Explanation:
Electrolytes when dissolved in water dissociates completely or partially to form ions. Example \(NaCl\) when dissolved in water dissociates to \(Na ^{+}\) and \(Cl ^{-}\) ions. Thus \(NaCl\) is a good electrolyte. Electrolytes when dissolved in water can conduct electricity. Because positive and negative ions are present in the solution because of the dissociation of the electrolytes in the solution.
ELECTROCHEMISTRY
19852
Electrolyte can conduct electricity because
1 Their molecules contain unpaired electrons, which are mobile
2 Their molecules contain loosely held electrons which get free under the influence of voltage
3 The molecules break up into ions when a voltage is applied
4 The molecules are broken up into ions when the electrolyte is fused or is dissolved in the solvent
Explanation:
The electrolyte can conduct electricity because the molecules are broken up into ions. When the electrolyte is fused or is dissolved in the solvent, these broken up molecules allow conduction of electricity in the solution.
