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Under which condition conductance,sp. Conductance and eq, conductance are equal? A. 1000 cc of the solution contains 1 eq. Of electrolyte B. 100 cc of the solution contains 1 eq. Of the electrolyte C. 10 cc of the solution contains 1 eq. Of the electrolyte D. 1 cc of the solution contains 1 eq. Of the electrolyte. What is the correct ans and pls explain how?
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Under which condition conductance,sp. Conductance and eq, conductance ...
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To determine under which condition conductance, specific conductance, and equivalent conductance are equal, we need to understand the concepts of these terms.
Conductance: It is the measure of the ability of a substance to conduct an electric current. It is represented by the symbol G and is measured in Siemens (S).
Specific Conductance: It is the conductance of a solution of definite volume and concentration, normalized to a unit volume. It is represented by the symbol κ (kappa) and is measured in Siemens per meter (S/m).
Equivalent Conductance: It is the conductance of an electrolyte solution containing one equivalent of the electrolyte. It is represented by the symbol λ (lambda) and is measured in Siemens per centimeter per equivalent (S cm^2/eq).
Now, let's analyze the given options to determine the condition under which conductance, specific conductance, and equivalent conductance are equal.
Option A: 1000 cc of the solution contains 1 eq. of electrolyte.
In this case, the conductance, specific conductance, and equivalent conductance will not be equal. This is because the specific conductance and equivalent conductance are dependent on the concentration of the electrolyte, while the conductance is not.
Option B: 100 cc of the solution contains 1 eq. of the electrolyte.
In this case, the conductance, specific conductance, and equivalent conductance will not be equal. The specific conductance and equivalent conductance are still dependent on the concentration of the electrolyte, and the volume of the solution does not affect their values.
Option C: 10 cc of the solution contains 1 eq. of the electrolyte.
In this case, the conductance, specific conductance, and equivalent conductance will not be equal. The specific conductance and equivalent conductance are still dependent on the concentration of the electrolyte, and the volume of the solution does not affect their values.
Option D: 1 cc of the solution contains 1 eq. of the electrolyte.
This is the condition under which the conductance, specific conductance, and equivalent conductance are equal. Since the volume of the solution is 1 cc and it contains 1 eq. of the electrolyte, the specific conductance and equivalent conductance will be equal to the conductance.
Therefore, the correct answer is option D - 1 cc of the solution contains 1 eq. of the electrolyte.
To determine under which condition conductance, specific conductance, and equivalent conductance are equal, we need to understand the concepts of these terms.
Conductance: It is the measure of the ability of a substance to conduct an electric current. It is represented by the symbol G and is measured in Siemens (S).
Specific Conductance: It is the conductance of a solution of definite volume and concentration, normalized to a unit volume. It is represented by the symbol κ (kappa) and is measured in Siemens per meter (S/m).
Equivalent Conductance: It is the conductance of an electrolyte solution containing one equivalent of the electrolyte. It is represented by the symbol λ (lambda) and is measured in Siemens per centimeter per equivalent (S cm^2/eq).
Now, let's analyze the given options to determine the condition under which conductance, specific conductance, and equivalent conductance are equal.
Option A: 1000 cc of the solution contains 1 eq. of electrolyte.
In this case, the conductance, specific conductance, and equivalent conductance will not be equal. This is because the specific conductance and equivalent conductance are dependent on the concentration of the electrolyte, while the conductance is not.
Option B: 100 cc of the solution contains 1 eq. of the electrolyte.
In this case, the conductance, specific conductance, and equivalent conductance will not be equal. The specific conductance and equivalent conductance are still dependent on the concentration of the electrolyte, and the volume of the solution does not affect their values.
Option C: 10 cc of the solution contains 1 eq. of the electrolyte.
In this case, the conductance, specific conductance, and equivalent conductance will not be equal. The specific conductance and equivalent conductance are still dependent on the concentration of the electrolyte, and the volume of the solution does not affect their values.
Option D: 1 cc of the solution contains 1 eq. of the electrolyte.
This is the condition under which the conductance, specific conductance, and equivalent conductance are equal. Since the volume of the solution is 1 cc and it contains 1 eq. of the electrolyte, the specific conductance and equivalent conductance will be equal to the conductance.
Therefore, the correct answer is option D - 1 cc of the solution contains 1 eq. of the electrolyte.
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Under which condition conductance,sp. Conductance and eq, conductance are equal? A. 1000 cc of the solution contains 1 eq. Of electrolyte B. 100 cc of the solution contains 1 eq. Of the electrolyte C. 10 cc of the solution contains 1 eq. Of the electrolyte D. 1 cc of the solution contains 1 eq. Of the electrolyte. What is the correct ans and pls explain how?
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Under which condition conductance,sp. Conductance and eq, conductance are equal? A. 1000 cc of the solution contains 1 eq. Of electrolyte B. 100 cc of the solution contains 1 eq. Of the electrolyte C. 10 cc of the solution contains 1 eq. Of the electrolyte D. 1 cc of the solution contains 1 eq. Of the electrolyte. What is the correct ans and pls explain how? for Chemistry 2024 is part of Chemistry preparation. The Question and answers have been prepared according to the Chemistry exam syllabus. Information about Under which condition conductance,sp. Conductance and eq, conductance are equal? A. 1000 cc of the solution contains 1 eq. Of electrolyte B. 100 cc of the solution contains 1 eq. Of the electrolyte C. 10 cc of the solution contains 1 eq. Of the electrolyte D. 1 cc of the solution contains 1 eq. Of the electrolyte. What is the correct ans and pls explain how? covers all topics & solutions for Chemistry 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for Under which condition conductance,sp. Conductance and eq, conductance are equal? A. 1000 cc of the solution contains 1 eq. Of electrolyte B. 100 cc of the solution contains 1 eq. Of the electrolyte C. 10 cc of the solution contains 1 eq. Of the electrolyte D. 1 cc of the solution contains 1 eq. Of the electrolyte. What is the correct ans and pls explain how?.
Under which condition conductance,sp. Conductance and eq, conductance are equal? A. 1000 cc of the solution contains 1 eq. Of electrolyte B. 100 cc of the solution contains 1 eq. Of the electrolyte C. 10 cc of the solution contains 1 eq. Of the electrolyte D. 1 cc of the solution contains 1 eq. Of the electrolyte. What is the correct ans and pls explain how? for Chemistry 2024 is part of Chemistry preparation. The Question and answers have been prepared according to the Chemistry exam syllabus. Information about Under which condition conductance,sp. Conductance and eq, conductance are equal? A. 1000 cc of the solution contains 1 eq. Of electrolyte B. 100 cc of the solution contains 1 eq. Of the electrolyte C. 10 cc of the solution contains 1 eq. Of the electrolyte D. 1 cc of the solution contains 1 eq. Of the electrolyte. What is the correct ans and pls explain how? covers all topics & solutions for Chemistry 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for Under which condition conductance,sp. Conductance and eq, conductance are equal? A. 1000 cc of the solution contains 1 eq. Of electrolyte B. 100 cc of the solution contains 1 eq. Of the electrolyte C. 10 cc of the solution contains 1 eq. Of the electrolyte D. 1 cc of the solution contains 1 eq. Of the electrolyte. What is the correct ans and pls explain how?.
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