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Test: Phase diagrams and Phase Rule - Chemistry MCQ


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10 Questions MCQ Test Physical Chemistry - Test: Phase diagrams and Phase Rule

Test: Phase diagrams and Phase Rule for Chemistry 2024 is part of Physical Chemistry preparation. The Test: Phase diagrams and Phase Rule questions and answers have been prepared according to the Chemistry exam syllabus.The Test: Phase diagrams and Phase Rule MCQs are made for Chemistry 2024 Exam. Find important definitions, questions, notes, meanings, examples, exercises, MCQs and online tests for Test: Phase diagrams and Phase Rule below.
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Test: Phase diagrams and Phase Rule - Question 1

______ variable does depend on how much material you have.

Detailed Solution for Test: Phase diagrams and Phase Rule - Question 1
  • An extensive variable is one that changes when the amount of material changes.
  • Examples include mass, volume, and total energy, which all increase with more material.
  • In contrast, intensive variables, like temperature and density, do not depend on the size of the sample.
  • Therefore, the correct answer is that an extensive variable does depend on how much material you have.
Test: Phase diagrams and Phase Rule - Question 2

For a pure gas, the values of F, C, and P are
Where: F: Degree of freedom, C: Number of independent component, P: Number of phases that can exist in the system

Detailed Solution for Test: Phase diagrams and Phase Rule - Question 2

F – C + P = 2, for Pure gas, number of phases = 1, and component = 1, then F = 2.

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Test: Phase diagrams and Phase Rule - Question 3

What is the degree of freedom for pure liquid Benzene?

Detailed Solution for Test: Phase diagrams and Phase Rule - Question 3

F = 2 – 1 + 1 = 2.

Test: Phase diagrams and Phase Rule - Question 4

Phase rule is concerned only with the __________ properties of the system.

Detailed Solution for Test: Phase diagrams and Phase Rule - Question 4

Phase rule is concerned only with the Intensive properties of the system.

Test: Phase diagrams and Phase Rule - Question 5

Gibbs phase rule is, when no chemical reaction occurs
Where: F: Degree of freedom, C: Number of independent component, P: Number of phases that can exist in the system

Detailed Solution for Test: Phase diagrams and Phase Rule - Question 5

Gibbs phase rule: F – C + P = 2.

Test: Phase diagrams and Phase Rule - Question 6

A ________ system is one in which no variation of conditions is possible without one phase disappearing.

Detailed Solution for Test: Phase diagrams and Phase Rule - Question 6

A invariant system is one in which no variation of conditions is possible without one phase disappearing.

Test: Phase diagrams and Phase Rule - Question 7

 The number of independent properties that have to be specified to determine all the intensive properties of each phase of the system of interest is the number of degrees of freedom.
The above given statement is

Detailed Solution for Test: Phase diagrams and Phase Rule - Question 7

The number of independent properties that have to be specified to determine all the intensive properties of each phase of the system of interest is the number of degrees of freedom.

Test: Phase diagrams and Phase Rule - Question 8

Properties that do not depend on the quantity of material present, are called

Detailed Solution for Test: Phase diagrams and Phase Rule - Question 8

Properties that do not depend on the quantity of material present are called intensive properties.

Test: Phase diagrams and Phase Rule - Question 9

Gibbs phase rule can be applied to the systems which are in

Detailed Solution for Test: Phase diagrams and Phase Rule - Question 9

Gibbs phase rule can be applied to the systems which are in equilibrium.

Test: Phase diagrams and Phase Rule - Question 10

What is the degree of freedom for a mixture of ice and vapour?

Detailed Solution for Test: Phase diagrams and Phase Rule - Question 10

F = 2 – 2 + 1 = 1.

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