(a) Interpretation: The product shown in the image (a) should be classified into solution, colloid or heterogeneous mixture. Concept introduction: The solution is defined as usually a homogenous mixture of two liquids whose particle size is less than 1 nm . The colloids are the class of mixtures that have particles size much greater than the solutions. They can be clearly distinguished because of the presence of particles that constitute the dispersed phase of the colloidal systems and render them opaque. Butter milk is an example of colloids. There are various subcategories of colloids such as sol, foam, aerosol, emulsions. The particle size of colloids lies in the range of 10 − 9 − 10 − 7 m . The heterogeneous mixtures are essentially those mixtures that have non-uniform composition. The average particle size of heterogeneous mixture or suspension is more than 1 μm .The suspension is subclass of heterogeneous mixture whose particles are large and do not dissolve into the solvent to give a uniform composition.

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Answer 1

Question

Chapter 8, Problem 8.38P

Interpretation Introduction

(a)

Interpretation:

The product shown in the image (a) should be classified into solution, colloid or heterogeneous mixture.

Concept introduction:

The solution is defined as usually a homogenous mixture of two liquids whose particle size is less than 1 nm.

The colloids are the class of mixtures that have particles size much greater than the solutions. They can be clearly distinguished because of the presence of particles that constitute the dispersed phase of the colloidal systems and render them opaque. Butter milk is an example of colloids. There are various subcategories of colloids such as sol, foam, aerosol, emulsions. The particle size of colloids lies in the range of 10−9−10−7 m.

The heterogeneous mixtures are essentially those mixtures that have non-uniform composition. The average particle size of heterogeneous mixture or suspension is more than 1 μm .The suspension is subclass of heterogeneous mixture whose particles are large and do not dissolve into the solvent to give a uniform composition.

Interpretation Introduction

(b)

Interpretation:

The image (b) should be classified into either solution colloid or suspension on the basis of its appearance.

Concept introduction:

The solution is defined as usually a homogenous mixture of two liquids whose particle size is less than 1 nm.

The colloids are the class of mixtures that have particles size much greater than the solutions. They can be clearly distinguished because of the presence of particles that constitute the dispersed phase of the colloidal systems and render them opaque. Butter milk is an example of colloids. There are various subcategories of colloids such as sol, foam, aerosol, emulsions. The particle size of colloids lies in the range of 10−9−10−7 m.

The heterogeneous mixtures are essentially those mixtures that have non-uniform composition. The average particle size of heterogeneous mixture or suspension is more than 1 μm . The suspension is subclass of heterogeneous mixture whose particles are large and do not dissolve into the solvent to give a uniform composition.

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Answer 2

Question

Chapter 8, Problem 8.38P

Interpretation Introduction

(a)

Interpretation:

The product shown in the image (a) should be classified into solution, colloid or heterogeneous mixture.

Concept introduction:

The solution is defined as usually a homogenous mixture of two liquids whose particle size is less than 1 nm.

The colloids are the class of mixtures that have particles size much greater than the solutions. They can be clearly distinguished because of the presence of particles that constitute the dispersed phase of the colloidal systems and render them opaque. Butter milk is an example of colloids. There are various subcategories of colloids such as sol, foam, aerosol, emulsions. The particle size of colloids lies in the range of 10−9−10−7 m.

The heterogeneous mixtures are essentially those mixtures that have non-uniform composition. The average particle size of heterogeneous mixture or suspension is more than 1 μm .The suspension is subclass of heterogeneous mixture whose particles are large and do not dissolve into the solvent to give a uniform composition.

Interpretation Introduction

(b)

Interpretation:

The image (b) should be classified into either solution colloid or suspension on the basis of its appearance.

Concept introduction:

The solution is defined as usually a homogenous mixture of two liquids whose particle size is less than 1 nm.

The colloids are the class of mixtures that have particles size much greater than the solutions. They can be clearly distinguished because of the presence of particles that constitute the dispersed phase of the colloidal systems and render them opaque. Butter milk is an example of colloids. There are various subcategories of colloids such as sol, foam, aerosol, emulsions. The particle size of colloids lies in the range of 10−9−10−7 m.

The heterogeneous mixtures are essentially those mixtures that have non-uniform composition. The average particle size of heterogeneous mixture or suspension is more than 1 μm . The suspension is subclass of heterogeneous mixture whose particles are large and do not dissolve into the solvent to give a uniform composition.

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Answer 3

Question

Chapter 8, Problem 8.38P

Interpretation Introduction

(a)

Interpretation:

The product shown in the image (a) should be classified into solution, colloid or heterogeneous mixture.

Concept introduction:

The solution is defined as usually a homogenous mixture of two liquids whose particle size is less than 1 nm.

The colloids are the class of mixtures that have particles size much greater than the solutions. They can be clearly distinguished because of the presence of particles that constitute the dispersed phase of the colloidal systems and render them opaque. Butter milk is an example of colloids. There are various subcategories of colloids such as sol, foam, aerosol, emulsions. The particle size of colloids lies in the range of 10−9−10−7 m.

The heterogeneous mixtures are essentially those mixtures that have non-uniform composition. The average particle size of heterogeneous mixture or suspension is more than 1 μm .The suspension is subclass of heterogeneous mixture whose particles are large and do not dissolve into the solvent to give a uniform composition.

Interpretation Introduction

(b)

Interpretation:

The image (b) should be classified into either solution colloid or suspension on the basis of its appearance.

Concept introduction:

The solution is defined as usually a homogenous mixture of two liquids whose particle size is less than 1 nm.

The colloids are the class of mixtures that have particles size much greater than the solutions. They can be clearly distinguished because of the presence of particles that constitute the dispersed phase of the colloidal systems and render them opaque. Butter milk is an example of colloids. There are various subcategories of colloids such as sol, foam, aerosol, emulsions. The particle size of colloids lies in the range of 10−9−10−7 m.

The heterogeneous mixtures are essentially those mixtures that have non-uniform composition. The average particle size of heterogeneous mixture or suspension is more than 1 μm . The suspension is subclass of heterogeneous mixture whose particles are large and do not dissolve into the solvent to give a uniform composition.

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Answer 4

Question

Chapter 8, Problem 8.38P

Interpretation Introduction

(a)

Interpretation:

The product shown in the image (a) should be classified into solution, colloid or heterogeneous mixture.

Concept introduction:

The solution is defined as usually a homogenous mixture of two liquids whose particle size is less than 1 nm.

The colloids are the class of mixtures that have particles size much greater than the solutions. They can be clearly distinguished because of the presence of particles that constitute the dispersed phase of the colloidal systems and render them opaque. Butter milk is an example of colloids. There are various subcategories of colloids such as sol, foam, aerosol, emulsions. The particle size of colloids lies in the range of 10−9−10−7 m.

The heterogeneous mixtures are essentially those mixtures that have non-uniform composition. The average particle size of heterogeneous mixture or suspension is more than 1 μm .The suspension is subclass of heterogeneous mixture whose particles are large and do not dissolve into the solvent to give a uniform composition.

Interpretation Introduction

(b)

Interpretation:

The image (b) should be classified into either solution colloid or suspension on the basis of its appearance.

Concept introduction:

The solution is defined as usually a homogenous mixture of two liquids whose particle size is less than 1 nm.

The colloids are the class of mixtures that have particles size much greater than the solutions. They can be clearly distinguished because of the presence of particles that constitute the dispersed phase of the colloidal systems and render them opaque. Butter milk is an example of colloids. There are various subcategories of colloids such as sol, foam, aerosol, emulsions. The particle size of colloids lies in the range of 10−9−10−7 m.

The heterogeneous mixtures are essentially those mixtures that have non-uniform composition. The average particle size of heterogeneous mixture or suspension is more than 1 μm . The suspension is subclass of heterogeneous mixture whose particles are large and do not dissolve into the solvent to give a uniform composition.

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Answer 5

Chapter 8, Problem 8.38P

Interpretation Introduction

(a)

Interpretation:

The product shown in the image (a) should be classified into solution, colloid or heterogeneous mixture.

Concept introduction:

The solution is defined as usually a homogenous mixture of two liquids whose particle size is less than 1 nm.

The colloids are the class of mixtures that have particles size much greater than the solutions. They can be clearly distinguished because of the presence of particles that constitute the dispersed phase of the colloidal systems and render them opaque. Butter milk is an example of colloids. There are various subcategories of colloids such as sol, foam, aerosol, emulsions. The particle size of colloids lies in the range of 10−9−10−7 m.

The heterogeneous mixtures are essentially those mixtures that have non-uniform composition. The average particle size of heterogeneous mixture or suspension is more than 1 μm .The suspension is subclass of heterogeneous mixture whose particles are large and do not dissolve into the solvent to give a uniform composition.

Interpretation Introduction

(b)

Interpretation:

The image (b) should be classified into either solution colloid or suspension on the basis of its appearance.

Concept introduction:

The solution is defined as usually a homogenous mixture of two liquids whose particle size is less than 1 nm.

The colloids are the class of mixtures that have particles size much greater than the solutions. They can be clearly distinguished because of the presence of particles that constitute the dispersed phase of the colloidal systems and render them opaque. Butter milk is an example of colloids. There are various subcategories of colloids such as sol, foam, aerosol, emulsions. The particle size of colloids lies in the range of 10−9−10−7 m.

The heterogeneous mixtures are essentially those mixtures that have non-uniform composition. The average particle size of heterogeneous mixture or suspension is more than 1 μm . The suspension is subclass of heterogeneous mixture whose particles are large and do not dissolve into the solvent to give a uniform composition.

Answer 6

Chapter 8, Problem 8.38P

Interpretation Introduction

(a)

Interpretation:

The product shown in the image (a) should be classified into solution, colloid or heterogeneous mixture.

Concept introduction:

The solution is defined as usually a homogenous mixture of two liquids whose particle size is less than 1 nm.

The colloids are the class of mixtures that have particles size much greater than the solutions. They can be clearly distinguished because of the presence of particles that constitute the dispersed phase of the colloidal systems and render them opaque. Butter milk is an example of colloids. There are various subcategories of colloids such as sol, foam, aerosol, emulsions. The particle size of colloids lies in the range of 10−9−10−7 m.

The heterogeneous mixtures are essentially those mixtures that have non-uniform composition. The average particle size of heterogeneous mixture or suspension is more than 1 μm .The suspension is subclass of heterogeneous mixture whose particles are large and do not dissolve into the solvent to give a uniform composition.

Answer 7

Chapter 8, Problem 8.38P

Interpretation Introduction

(a)

Interpretation:

The product shown in the image (a) should be classified into solution, colloid or heterogeneous mixture.

Concept introduction:

The solution is defined as usually a homogenous mixture of two liquids whose particle size is less than 1 nm.

The colloids are the class of mixtures that have particles size much greater than the solutions. They can be clearly distinguished because of the presence of particles that constitute the dispersed phase of the colloidal systems and render them opaque. Butter milk is an example of colloids. There are various subcategories of colloids such as sol, foam, aerosol, emulsions. The particle size of colloids lies in the range of 10−9−10−7 m.

The heterogeneous mixtures are essentially those mixtures that have non-uniform composition. The average particle size of heterogeneous mixture or suspension is more than 1 μm .The suspension is subclass of heterogeneous mixture whose particles are large and do not dissolve into the solvent to give a uniform composition.

Answer 8

Interpretation Introduction

(b)

Interpretation:

The image (b) should be classified into either solution colloid or suspension on the basis of its appearance.

Concept introduction:

The solution is defined as usually a homogenous mixture of two liquids whose particle size is less than 1 nm.

The colloids are the class of mixtures that have particles size much greater than the solutions. They can be clearly distinguished because of the presence of particles that constitute the dispersed phase of the colloidal systems and render them opaque. Butter milk is an example of colloids. There are various subcategories of colloids such as sol, foam, aerosol, emulsions. The particle size of colloids lies in the range of 10−9−10−7 m.

The heterogeneous mixtures are essentially those mixtures that have non-uniform composition. The average particle size of heterogeneous mixture or suspension is more than 1 μm . The suspension is subclass of heterogeneous mixture whose particles are large and do not dissolve into the solvent to give a uniform composition.

Answer 9

Interpretation Introduction

(b)

Interpretation:

The image (b) should be classified into either solution colloid or suspension on the basis of its appearance.

Concept introduction:

The solution is defined as usually a homogenous mixture of two liquids whose particle size is less than 1 nm.

The colloids are the class of mixtures that have particles size much greater than the solutions. They can be clearly distinguished because of the presence of particles that constitute the dispersed phase of the colloidal systems and render them opaque. Butter milk is an example of colloids. There are various subcategories of colloids such as sol, foam, aerosol, emulsions. The particle size of colloids lies in the range of 10−9−10−7 m.

The heterogeneous mixtures are essentially those mixtures that have non-uniform composition. The average particle size of heterogeneous mixture or suspension is more than 1 μm . The suspension is subclass of heterogeneous mixture whose particles are large and do not dissolve into the solvent to give a uniform composition.

Answer 10

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Answer 11

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Answer 12

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Answer 13

Ch. 8.1 - Classify each substance as a heterogeneous...Ch. 8.1 - Classify each product as a solution, colloid, or...Ch. 8.2 - Consider the following diagrams for an aqueous...Ch. 8.2 - Classify each solution as an electrolyte or...Ch. 8.2 - Using the given number of moles, determine how...Ch. 8.2 - Prob. 8.6P Ch. 8.2 - A solution contains the following ions:...Ch. 8.2 - If a solution contains 125 mEq of Na+ per liter,...Ch. 8.3 - Which compounds are water soluble? a. NaNO3 b. CH4...Ch. 8.3 - Prob. 8.10P

Solution Summary: The author explains that the product shown in the image (a) should be classified into either solution, colloid or heterogeneous mixture.

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