(a)
Interpretation:
The given set of compounds should be identified that the aqueous solution of each compound makes the bulb in the given apparatus to light brightly, dimly or not lighting at all.
Concept introduction:
Electrolyte:
- The chemical compound, that produces the ions in solution, when dissolved in water which the solution conducts electricity.
Non electrolyte:
- The non electrolyte is a chemical compound that does not produce ions in solution when dissolved in water which does not conduct electricity.
Weak electrolyte:
- The chemical compound which could be not completely dissociates to produce the ions in the solution is called weak electrolyte.
Strong electrolyte:
- The chemical compound which completely dissociates to produce the ions in their aqueous solutions is called strong electrolyte.
(b)
Interpretation:
The given set of compounds should be identified that the aqueous solution of each compound makes the bulb in the given apparatus to light brightly, dimly or not lighting at all.
Concept introduction:
Electrolyte:
- The chemical compound, that produces the ions in solution, when dissolved in water which the solution conducts electricity.
Non electrolyte:
- The non electrolyte is a chemical compound that does not produce ions in solution when dissolved in water which does not conduct electricity.
Weak electrolyte:
- The chemical compound which could be not completely dissociates to produce the ions in the solution is called weak electrolyte.
Strong electrolyte:
- The chemical compound which completely dissociates to produce the ions in their aqueous solutions is called strong electrolyte.
(c)
Interpretation:
The given set of compounds should be identified that the aqueous solution of each compound makes the bulb in the given apparatus to light brightly, dimly or not lighting at all.
Concept introduction:
Electrolyte:
- The chemical compound, that produces the ions in solution, when dissolved in water which the solution conducts electricity.
Non electrolyte:
- The non electrolyte is a chemical compound that does not produce ions in solution when dissolved in water which does not conduct electricity.
Weak electrolyte:
- The chemical compound which could be not completely dissociates to produce the ions in the solution is called weak electrolyte.
Strong electrolyte:
- The chemical compound which completely dissociates to produce the ions in their aqueous solutions is called strong electrolyte.
(d)
Interpretation:
The given set of compounds should be identified that the aqueous solution of each compound makes the bulb in the given apparatus to light brightly, dimly or not lighting at all.
Concept introduction:
Electrolyte:
- The chemical compound, that produces the ions in solution, when dissolved in water which the solution conducts electricity.
Non electrolyte:
- The non electrolyte is a chemical compound that does not produce ions in solution when dissolved in water which does not conduct electricity.
Weak electrolyte:
- The chemical compound which could be not completely dissociates to produce the ions in the solution is called weak electrolyte.
Strong electrolyte:
- The chemical compound which completely dissociates to produce the ions in their aqueous solutions is called strong electrolyte.
(e)
Interpretation:
The given set of compounds should be identified that the aqueous solution of each compound makes the bulb in the given apparatus to light brightly, dimly or not lighting at all.
Concept introduction:
Electrolyte:
- The chemical compound, that produces the ions in solution, when dissolved in water which the solution conducts electricity.
Non electrolyte:
- The non electrolyte is a chemical compound that does not produce ions in solution when dissolved in water which does not conduct electricity.
Weak electrolyte:
- The chemical compound which could be not completely dissociates to produce the ions in the solution is called weak electrolyte.
Strong electrolyte:
- The chemical compound which completely dissociates to produce the ions in their aqueous solutions is called strong electrolyte.
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Chemistry Atoms First, Second Edition
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