To explain whether the given mixture will show no deviation or positive deviation or negative deviation from Raoult’s Law. Concept introduction: Raoult’s law expresses that the incomplete vapor pressure of every segment of a perfect blend of fluids is equivalent to the mixture of vapor pressure of the pure component and the mole portion in the blend.

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Answer 1

Question

Chapter 10.6, Problem 6E

A)

Interpretation Introduction

Interpretation:

To explain whether the given mixture will show no deviation or positive deviation or negative deviation from Raoult’s Law.

Concept introduction:

Raoult’s law expresses that the incomplete vapor pressure of every segment of a perfect blend of fluids is equivalent to the mixture of vapor pressure of the pure component and the mole portion in the blend.

B)

Interpretation Introduction

Interpretation:

To explain whether the given mixture will show no deviation or positive deviation or negative deviation from Raoult’s Law.

Concept introduction:

Raoult’s law expresses that the incomplete vapor pressure of every segment of a perfect blend of fluids is equivalent to the mixture of vapor pressure of the pure component and the mole portion in the blend.

Negative deviation

When the adhesive forces between particles of different type are stronger than the cohesive forces between disparate atoms, the vapor pressure is less than the expected from the Raoult’s law. This is known as negative deviation.

C)

Interpretation Introduction

Interpretation:

To explain whether the given mixture will show no deviation or positive deviation or negative deviation from Raoult’s Law.

Concept introduction:

Raoult’s law expresses that the incomplete vapor pressure of every segment of a perfect blend of fluids is equivalent to the mixture of vapor pressure of the pure component and the mole portion in the blend.

Positive deviation

When the cohesive force between particles of same type is greater than the adhesive forces between atoms of different type, the extremity of dissimilarities leads both segments to escape the arrangement more effortlessly. In such case, the vapor pressure expected is more than that from the Raoult's law. This is called positive deviation.

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Answer 2

Question

Chapter 10.6, Problem 6E

A)

Interpretation Introduction

Interpretation:

To explain whether the given mixture will show no deviation or positive deviation or negative deviation from Raoult’s Law.

Concept introduction:

Raoult’s law expresses that the incomplete vapor pressure of every segment of a perfect blend of fluids is equivalent to the mixture of vapor pressure of the pure component and the mole portion in the blend.

B)

Interpretation Introduction

Interpretation:

To explain whether the given mixture will show no deviation or positive deviation or negative deviation from Raoult’s Law.

Concept introduction:

Raoult’s law expresses that the incomplete vapor pressure of every segment of a perfect blend of fluids is equivalent to the mixture of vapor pressure of the pure component and the mole portion in the blend.

Negative deviation

When the adhesive forces between particles of different type are stronger than the cohesive forces between disparate atoms, the vapor pressure is less than the expected from the Raoult’s law. This is known as negative deviation.

C)

Interpretation Introduction

Interpretation:

To explain whether the given mixture will show no deviation or positive deviation or negative deviation from Raoult’s Law.

Concept introduction:

Raoult’s law expresses that the incomplete vapor pressure of every segment of a perfect blend of fluids is equivalent to the mixture of vapor pressure of the pure component and the mole portion in the blend.

Positive deviation

When the cohesive force between particles of same type is greater than the adhesive forces between atoms of different type, the extremity of dissimilarities leads both segments to escape the arrangement more effortlessly. In such case, the vapor pressure expected is more than that from the Raoult's law. This is called positive deviation.

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Answer 3

Question

Chapter 10.6, Problem 6E

A)

Interpretation Introduction

Interpretation:

To explain whether the given mixture will show no deviation or positive deviation or negative deviation from Raoult’s Law.

Concept introduction:

Raoult’s law expresses that the incomplete vapor pressure of every segment of a perfect blend of fluids is equivalent to the mixture of vapor pressure of the pure component and the mole portion in the blend.

B)

Interpretation Introduction

Interpretation:

To explain whether the given mixture will show no deviation or positive deviation or negative deviation from Raoult’s Law.

Concept introduction:

Raoult’s law expresses that the incomplete vapor pressure of every segment of a perfect blend of fluids is equivalent to the mixture of vapor pressure of the pure component and the mole portion in the blend.

Negative deviation

When the adhesive forces between particles of different type are stronger than the cohesive forces between disparate atoms, the vapor pressure is less than the expected from the Raoult’s law. This is known as negative deviation.

C)

Interpretation Introduction

Interpretation:

To explain whether the given mixture will show no deviation or positive deviation or negative deviation from Raoult’s Law.

Concept introduction:

Raoult’s law expresses that the incomplete vapor pressure of every segment of a perfect blend of fluids is equivalent to the mixture of vapor pressure of the pure component and the mole portion in the blend.

Positive deviation

When the cohesive force between particles of same type is greater than the adhesive forces between atoms of different type, the extremity of dissimilarities leads both segments to escape the arrangement more effortlessly. In such case, the vapor pressure expected is more than that from the Raoult's law. This is called positive deviation.

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Answer 4

Question

Chapter 10.6, Problem 6E

A)

Interpretation Introduction

Interpretation:

To explain whether the given mixture will show no deviation or positive deviation or negative deviation from Raoult’s Law.

Concept introduction:

Raoult’s law expresses that the incomplete vapor pressure of every segment of a perfect blend of fluids is equivalent to the mixture of vapor pressure of the pure component and the mole portion in the blend.

B)

Interpretation Introduction

Interpretation:

To explain whether the given mixture will show no deviation or positive deviation or negative deviation from Raoult’s Law.

Concept introduction:

Raoult’s law expresses that the incomplete vapor pressure of every segment of a perfect blend of fluids is equivalent to the mixture of vapor pressure of the pure component and the mole portion in the blend.

Negative deviation

When the adhesive forces between particles of different type are stronger than the cohesive forces between disparate atoms, the vapor pressure is less than the expected from the Raoult’s law. This is known as negative deviation.

C)

Interpretation Introduction

Interpretation:

To explain whether the given mixture will show no deviation or positive deviation or negative deviation from Raoult’s Law.

Concept introduction:

Raoult’s law expresses that the incomplete vapor pressure of every segment of a perfect blend of fluids is equivalent to the mixture of vapor pressure of the pure component and the mole portion in the blend.

Positive deviation

When the cohesive force between particles of same type is greater than the adhesive forces between atoms of different type, the extremity of dissimilarities leads both segments to escape the arrangement more effortlessly. In such case, the vapor pressure expected is more than that from the Raoult's law. This is called positive deviation.

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Answer 5

Chapter 10.6, Problem 6E

A)

Interpretation Introduction

Interpretation:

To explain whether the given mixture will show no deviation or positive deviation or negative deviation from Raoult’s Law.

Concept introduction:

Raoult’s law expresses that the incomplete vapor pressure of every segment of a perfect blend of fluids is equivalent to the mixture of vapor pressure of the pure component and the mole portion in the blend.

B)

Interpretation Introduction

Interpretation:

To explain whether the given mixture will show no deviation or positive deviation or negative deviation from Raoult’s Law.

Concept introduction:

Raoult’s law expresses that the incomplete vapor pressure of every segment of a perfect blend of fluids is equivalent to the mixture of vapor pressure of the pure component and the mole portion in the blend.

Negative deviation

When the adhesive forces between particles of different type are stronger than the cohesive forces between disparate atoms, the vapor pressure is less than the expected from the Raoult’s law. This is known as negative deviation.

C)

Interpretation Introduction

Interpretation:

To explain whether the given mixture will show no deviation or positive deviation or negative deviation from Raoult’s Law.

Concept introduction:

Raoult’s law expresses that the incomplete vapor pressure of every segment of a perfect blend of fluids is equivalent to the mixture of vapor pressure of the pure component and the mole portion in the blend.

Positive deviation

When the cohesive force between particles of same type is greater than the adhesive forces between atoms of different type, the extremity of dissimilarities leads both segments to escape the arrangement more effortlessly. In such case, the vapor pressure expected is more than that from the Raoult's law. This is called positive deviation.

Answer 6

Chapter 10.6, Problem 6E

A)

Interpretation Introduction

Interpretation:

To explain whether the given mixture will show no deviation or positive deviation or negative deviation from Raoult’s Law.

Concept introduction:

Raoult’s law expresses that the incomplete vapor pressure of every segment of a perfect blend of fluids is equivalent to the mixture of vapor pressure of the pure component and the mole portion in the blend.

Answer 7

Chapter 10.6, Problem 6E

A)

Interpretation Introduction

Interpretation:

To explain whether the given mixture will show no deviation or positive deviation or negative deviation from Raoult’s Law.

Concept introduction:

Raoult’s law expresses that the incomplete vapor pressure of every segment of a perfect blend of fluids is equivalent to the mixture of vapor pressure of the pure component and the mole portion in the blend.

Answer 8

B)

Interpretation Introduction

Interpretation:

To explain whether the given mixture will show no deviation or positive deviation or negative deviation from Raoult’s Law.

Concept introduction:

Raoult’s law expresses that the incomplete vapor pressure of every segment of a perfect blend of fluids is equivalent to the mixture of vapor pressure of the pure component and the mole portion in the blend.

Negative deviation

When the adhesive forces between particles of different type are stronger than the cohesive forces between disparate atoms, the vapor pressure is less than the expected from the Raoult’s law. This is known as negative deviation.

Answer 9

B)

Interpretation Introduction

Interpretation:

To explain whether the given mixture will show no deviation or positive deviation or negative deviation from Raoult’s Law.

Concept introduction:

Raoult’s law expresses that the incomplete vapor pressure of every segment of a perfect blend of fluids is equivalent to the mixture of vapor pressure of the pure component and the mole portion in the blend.

Negative deviation

When the adhesive forces between particles of different type are stronger than the cohesive forces between disparate atoms, the vapor pressure is less than the expected from the Raoult’s law. This is known as negative deviation.

Answer 10

C)

Interpretation Introduction

Interpretation:

To explain whether the given mixture will show no deviation or positive deviation or negative deviation from Raoult’s Law.

Concept introduction:

Raoult’s law expresses that the incomplete vapor pressure of every segment of a perfect blend of fluids is equivalent to the mixture of vapor pressure of the pure component and the mole portion in the blend.

Positive deviation

When the cohesive force between particles of same type is greater than the adhesive forces between atoms of different type, the extremity of dissimilarities leads both segments to escape the arrangement more effortlessly. In such case, the vapor pressure expected is more than that from the Raoult's law. This is called positive deviation.

Answer 11

C)

Interpretation Introduction

Interpretation:

To explain whether the given mixture will show no deviation or positive deviation or negative deviation from Raoult’s Law.

Concept introduction:

Raoult’s law expresses that the incomplete vapor pressure of every segment of a perfect blend of fluids is equivalent to the mixture of vapor pressure of the pure component and the mole portion in the blend.

Positive deviation

When the cohesive force between particles of same type is greater than the adhesive forces between atoms of different type, the extremity of dissimilarities leads both segments to escape the arrangement more effortlessly. In such case, the vapor pressure expected is more than that from the Raoult's law. This is called positive deviation.

Answer 12

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Answer 13

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Answer 14

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Answer 15

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Solution Summary: The author explains that Raoult's law expresses that the incomplete vapor pressure of every segment of a perfect blend of fluids is equivalent to the mixture of the pure component and the mole portion in the blend.

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