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Which of the following is a strong electrolyte?

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Important Questions on Ionic Equilibria

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Chemistry>Physical Chemistry>Ionic Equilibria>Ionic Equilibrium in Solution

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Strong Electrolyte

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Chemistry>Physical Chemistry>Ionic Equilibria>Ionic Equilibrium in Solution

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Weak Electrolyte

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Chemistry>Physical Chemistry>Ionic Equilibria>Ionic Equilibrium in Solution
Name the particles present in non-electrolyte.
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Chemistry>Physical Chemistry>Ionic Equilibria>Ionic Equilibrium in Solution

An electrolyte which completely dissociates into ions is:

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Chemistry>Physical Chemistry>Ionic Equilibria>Ionic Equilibrium in Solution
Name the particles present in strong electrolyte.
HARD
Chemistry>Physical Chemistry>Ionic Equilibria>Ionic Equilibrium in Solution
Give the evidences in favour of Arrhenius theory of electrolytic dissociation.
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Chemistry>Physical Chemistry>Ionic Equilibria>Ionic Equilibrium in Solution
Give an example of a compound whose aqueous solution is a weak electrolyte.
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Chemistry>Physical Chemistry>Ionic Equilibria>Ionic Equilibrium in Solution
Name the particles present in Weak electrolyte.
HARD
Chemistry>Physical Chemistry>Ionic Equilibria>Ionic Equilibrium in Solution

Differentiate between the following pair based on the information given in the brackets.

  • Conductor and electrolyte (conducting particles)
MEDIUM
Chemistry>Physical Chemistry>Ionic Equilibria>Ionic Equilibrium in Solution
In the reversible reaction, 2HI ⇌ H2 + I2, Kp is:
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Chemistry>Physical Chemistry>Ionic Equilibria>Ionic Equilibrium in Solution
The aqueous solution of one of the following compounds which contains both ions and molecules is 
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Chemistry>Physical Chemistry>Ionic Equilibria>Ionic Equilibrium in Solution

Which of the following are non-electrolytes?

(i) lemon juice

(ii) distilled water 

(iii) kerosene

(iv) copper sulphate solution

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Chemistry>Physical Chemistry>Ionic Equilibria>Ionic Equilibrium in Solution
The particles present in strong electrolytes are
MEDIUM
Chemistry>Physical Chemistry>Ionic Equilibria>Ionic Equilibrium in Solution
The hydrogen ion concentration of 0.1M solution of C H 3 COOH, which is 30% dissociated, is
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Chemistry>Physical Chemistry>Ionic Equilibria>Ionic Equilibrium in Solution
Identify the weak electrolyte from the following:
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Chemistry>Physical Chemistry>Ionic Equilibria>Ionic Equilibrium in Solution
At infinite dilution, the percentage ionisation of both strong and weak electrolytes is:
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Chemistry>Physical Chemistry>Ionic Equilibria>Ionic Equilibrium in Solution
An electrolyte is :
MEDIUM
Chemistry>Physical Chemistry>Ionic Equilibria>Ionic Equilibrium in Solution
Which of the reagents listed below could be added to water to make 0.1M solution of NH4+?
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Chemistry>Physical Chemistry>Ionic Equilibria>Ionic Equilibrium in Solution
Which of the following salts will not undergo hydrolysis?
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Chemistry>Physical Chemistry>Ionic Equilibria>Ionic Equilibrium in Solution
Electrolytes when dissolved in water dissociates into ions because