Classify each example of molecular art as a pure element, a pure compound, or a mixture.

Question

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Answer 1

Textbook Question

Chapter 1, Problem 1.33P

Classify each example of molecular art as a pure element, a pure compound, or a mixture.

Chapter 1, Problem 1.33P, Classify each example of molecular art as a pure element, a pure compound, or a mixture.

Expert Solution

Interpretation Introduction

(a)

Interpretation:

Whether the given molecular art is a pure compound, mixture, or a pure element needs to be classified.

General, Organic, & Biological Chemistry, Chapter 1, Problem 1.33P , additional homework tip 1

Concept Introduction:

An element is known as the pure substance that cannot be broken down further using chemical methods. The methods are such as electrolysis, cooling, heating, and reactions with other chemical substances.

A compound is known as the pure substance which is made up of more than two different atoms that are bonded chemically to one another. Using chemical methods, a compound can be destroyed. It can be broken down into simpler compounds or into its elements.

A mixture is the combination of more than two dissimilar elemental substances or compounds. The mixture is not a pure substance, but it is the combination of different atoms of elements. Mixtures are of two kinds, Heterogenous and Homogeneous.

Answer to Problem 1.33P

Molecular art 'a' − Pure element.

Explanation of Solution

As per the definitions of element, compound and mixture:

The pure element is the substance that doesn't separate into simple substances through the chemical procedures.

A pure compound is a substance formed by combinations of two or more elements.

A mixture is made up of the combination of one or more components with several compositions.

Now, based on these definitions, molecular art (a) signifies pure elements.

Expert Solution

Interpretation Introduction

(b)

Interpretation:

Whether the below molecular art is pure compound, mixture, or a pure element needs to be determined.

General, Organic, & Biological Chemistry, Chapter 1, Problem 1.33P , additional homework tip 2

Concept Introduction:

An element is known as the pure substance that cannot be broken down further using chemical methods. The methods are such as electrolysis, cooling, heating, and reactions with other chemical substances.

A compound is known as the pure substance which is made up of more than two different atoms that are bonded chemically to one another. Using chemical methods, a compound can be destroyed. It can be broken down into simpler compounds or into its elements.

A mixture is the combination of more than two dissimilar elemental substances or compounds. The mixture is not a pure substance, but it is the combination of different atoms of elements. Mixtures are of two kinds, Heterogenous and Homogeneous.

Answer to Problem 1.33P

Molecular art 'b' − Pure compounds

Explanation of Solution

As per the definitions of element, compound and mixture:

The pure element is the substance that doesn't separate into simple substances through the chemical procedures.

A pure compound is a substance formed by combinations of two or more elements.

A mixture is made up of the combination of one or more components with several compositions.

Now based on these definitions, molecular art (b) signifies pure compounds.

Expert Solution

Interpretation Introduction

(c)

Interpretation:

Whether the below compound is a pure compound, mixture, or a pure element needs to be determined.

General, Organic, & Biological Chemistry, Chapter 1, Problem 1.33P , additional homework tip 3

Concept Introduction:

An element is known as the pure substance that cannot be broken down further using chemical methods. The methods are such as electrolysis, cooling, heating, and reactions with other chemical substances.

A compound is known as the pure substance which is made up of more than two different atoms that are bonded chemically to one another. Using chemical methods, a compound can be destroyed. It can be broken down into simpler compounds or into its elements.

A mixture is the combination of more than two dissimilar elemental substances or compounds. The mixture is not a pure substance, but it is the combination of different atoms of elements. Mixtures are of two kinds, Heterogenous and Homogeneous.

Answer to Problem 1.33P

Molecular art 'c' − Mixture

Explanation of Solution

As per the definitions of element, compound and mixture:

The pure element is the substance that doesn't separate into simple substances through the chemical procedures.

A pure compound is a substance formed by combinations of two or more elements.

A mixture is made up of the combination of one or more components with several compositions.

Now based on these definitions, molecular art (c) signifies mixture.

Expert Solution

Interpretation Introduction

(c)

Interpretation:

Whether the below compound is a pure compound, mixture, or a pure element needs to be determined.

General, Organic, & Biological Chemistry, Chapter 1, Problem 1.33P , additional homework tip 4

Concept Introduction:

An element is known as the pure substance that cannot be broken down further using chemical methods. The methods are such as electrolysis, cooling, heating, and reactions with other chemical substances.

A compound is known as the pure substance which is made up of more than two different atoms that are bonded chemically to one another. Using chemical methods, a compound can be destroyed. It can be broken down into simpler compounds or into its elements.

A mixture is the combination of more than two dissimilar elemental substances or compounds. The mixture is not a pure substance, but it is the combination of different atoms of elements. Mixtures are of two kinds, Heterogenous and Homogeneous.

Answer to Problem 1.33P

Mixture

Explanation of Solution

As per the definitions of element, compound and mixture:

The pure element is the substance that doesn't separate into simple substances through the chemical procedures.

A pure compound is a substance formed by combinations of two or more elements.

A mixture is made up of the combination of one or more components with several compositions.

Now, based on these definitions, molecular art (d) signifies mixture.

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Answer 2

Textbook Question

Chapter 1, Problem 1.33P

Classify each example of molecular art as a pure element, a pure compound, or a mixture.

Chapter 1, Problem 1.33P, Classify each example of molecular art as a pure element, a pure compound, or a mixture.

Expert Solution

Interpretation Introduction

(a)

Interpretation:

Whether the given molecular art is a pure compound, mixture, or a pure element needs to be classified.

General, Organic, & Biological Chemistry, Chapter 1, Problem 1.33P , additional homework tip 1

Concept Introduction:

An element is known as the pure substance that cannot be broken down further using chemical methods. The methods are such as electrolysis, cooling, heating, and reactions with other chemical substances.

A compound is known as the pure substance which is made up of more than two different atoms that are bonded chemically to one another. Using chemical methods, a compound can be destroyed. It can be broken down into simpler compounds or into its elements.

A mixture is the combination of more than two dissimilar elemental substances or compounds. The mixture is not a pure substance, but it is the combination of different atoms of elements. Mixtures are of two kinds, Heterogenous and Homogeneous.

Answer to Problem 1.33P

Molecular art 'a' − Pure element.

Explanation of Solution

As per the definitions of element, compound and mixture:

The pure element is the substance that doesn't separate into simple substances through the chemical procedures.

A pure compound is a substance formed by combinations of two or more elements.

A mixture is made up of the combination of one or more components with several compositions.

Now, based on these definitions, molecular art (a) signifies pure elements.

Expert Solution

Interpretation Introduction

(b)

Interpretation:

Whether the below molecular art is pure compound, mixture, or a pure element needs to be determined.

General, Organic, & Biological Chemistry, Chapter 1, Problem 1.33P , additional homework tip 2

Concept Introduction:

An element is known as the pure substance that cannot be broken down further using chemical methods. The methods are such as electrolysis, cooling, heating, and reactions with other chemical substances.

A compound is known as the pure substance which is made up of more than two different atoms that are bonded chemically to one another. Using chemical methods, a compound can be destroyed. It can be broken down into simpler compounds or into its elements.

A mixture is the combination of more than two dissimilar elemental substances or compounds. The mixture is not a pure substance, but it is the combination of different atoms of elements. Mixtures are of two kinds, Heterogenous and Homogeneous.

Answer to Problem 1.33P

Molecular art 'b' − Pure compounds

Explanation of Solution

As per the definitions of element, compound and mixture:

The pure element is the substance that doesn't separate into simple substances through the chemical procedures.

A pure compound is a substance formed by combinations of two or more elements.

A mixture is made up of the combination of one or more components with several compositions.

Now based on these definitions, molecular art (b) signifies pure compounds.

Expert Solution

Interpretation Introduction

(c)

Interpretation:

Whether the below compound is a pure compound, mixture, or a pure element needs to be determined.

General, Organic, & Biological Chemistry, Chapter 1, Problem 1.33P , additional homework tip 3

Concept Introduction:

An element is known as the pure substance that cannot be broken down further using chemical methods. The methods are such as electrolysis, cooling, heating, and reactions with other chemical substances.

A compound is known as the pure substance which is made up of more than two different atoms that are bonded chemically to one another. Using chemical methods, a compound can be destroyed. It can be broken down into simpler compounds or into its elements.

A mixture is the combination of more than two dissimilar elemental substances or compounds. The mixture is not a pure substance, but it is the combination of different atoms of elements. Mixtures are of two kinds, Heterogenous and Homogeneous.

Answer to Problem 1.33P

Molecular art 'c' − Mixture

Explanation of Solution

As per the definitions of element, compound and mixture:

The pure element is the substance that doesn't separate into simple substances through the chemical procedures.

A pure compound is a substance formed by combinations of two or more elements.

A mixture is made up of the combination of one or more components with several compositions.

Now based on these definitions, molecular art (c) signifies mixture.

Expert Solution

Interpretation Introduction

(c)

Interpretation:

Whether the below compound is a pure compound, mixture, or a pure element needs to be determined.

General, Organic, & Biological Chemistry, Chapter 1, Problem 1.33P , additional homework tip 4

Concept Introduction:

An element is known as the pure substance that cannot be broken down further using chemical methods. The methods are such as electrolysis, cooling, heating, and reactions with other chemical substances.

A compound is known as the pure substance which is made up of more than two different atoms that are bonded chemically to one another. Using chemical methods, a compound can be destroyed. It can be broken down into simpler compounds or into its elements.

A mixture is the combination of more than two dissimilar elemental substances or compounds. The mixture is not a pure substance, but it is the combination of different atoms of elements. Mixtures are of two kinds, Heterogenous and Homogeneous.

Answer to Problem 1.33P

Mixture

Explanation of Solution

As per the definitions of element, compound and mixture:

The pure element is the substance that doesn't separate into simple substances through the chemical procedures.

A pure compound is a substance formed by combinations of two or more elements.

A mixture is made up of the combination of one or more components with several compositions.

Now, based on these definitions, molecular art (d) signifies mixture.

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Answer 3

Textbook Question

Chapter 1, Problem 1.33P

Classify each example of molecular art as a pure element, a pure compound, or a mixture.

Chapter 1, Problem 1.33P, Classify each example of molecular art as a pure element, a pure compound, or a mixture.

Expert Solution

Interpretation Introduction

(a)

Interpretation:

Whether the given molecular art is a pure compound, mixture, or a pure element needs to be classified.

General, Organic, & Biological Chemistry, Chapter 1, Problem 1.33P , additional homework tip 1

Concept Introduction:

An element is known as the pure substance that cannot be broken down further using chemical methods. The methods are such as electrolysis, cooling, heating, and reactions with other chemical substances.

A compound is known as the pure substance which is made up of more than two different atoms that are bonded chemically to one another. Using chemical methods, a compound can be destroyed. It can be broken down into simpler compounds or into its elements.

A mixture is the combination of more than two dissimilar elemental substances or compounds. The mixture is not a pure substance, but it is the combination of different atoms of elements. Mixtures are of two kinds, Heterogenous and Homogeneous.

Answer to Problem 1.33P

Molecular art 'a' − Pure element.

Explanation of Solution

As per the definitions of element, compound and mixture:

The pure element is the substance that doesn't separate into simple substances through the chemical procedures.

A pure compound is a substance formed by combinations of two or more elements.

A mixture is made up of the combination of one or more components with several compositions.

Now, based on these definitions, molecular art (a) signifies pure elements.

Expert Solution

Interpretation Introduction

(b)

Interpretation:

Whether the below molecular art is pure compound, mixture, or a pure element needs to be determined.

General, Organic, & Biological Chemistry, Chapter 1, Problem 1.33P , additional homework tip 2

Concept Introduction:

An element is known as the pure substance that cannot be broken down further using chemical methods. The methods are such as electrolysis, cooling, heating, and reactions with other chemical substances.

A compound is known as the pure substance which is made up of more than two different atoms that are bonded chemically to one another. Using chemical methods, a compound can be destroyed. It can be broken down into simpler compounds or into its elements.

A mixture is the combination of more than two dissimilar elemental substances or compounds. The mixture is not a pure substance, but it is the combination of different atoms of elements. Mixtures are of two kinds, Heterogenous and Homogeneous.

Answer to Problem 1.33P

Molecular art 'b' − Pure compounds

Explanation of Solution

As per the definitions of element, compound and mixture:

The pure element is the substance that doesn't separate into simple substances through the chemical procedures.

A pure compound is a substance formed by combinations of two or more elements.

A mixture is made up of the combination of one or more components with several compositions.

Now based on these definitions, molecular art (b) signifies pure compounds.

Expert Solution

Interpretation Introduction

(c)

Interpretation:

Whether the below compound is a pure compound, mixture, or a pure element needs to be determined.

General, Organic, & Biological Chemistry, Chapter 1, Problem 1.33P , additional homework tip 3

Concept Introduction:

An element is known as the pure substance that cannot be broken down further using chemical methods. The methods are such as electrolysis, cooling, heating, and reactions with other chemical substances.

A compound is known as the pure substance which is made up of more than two different atoms that are bonded chemically to one another. Using chemical methods, a compound can be destroyed. It can be broken down into simpler compounds or into its elements.

A mixture is the combination of more than two dissimilar elemental substances or compounds. The mixture is not a pure substance, but it is the combination of different atoms of elements. Mixtures are of two kinds, Heterogenous and Homogeneous.

Answer to Problem 1.33P

Molecular art 'c' − Mixture

Explanation of Solution

As per the definitions of element, compound and mixture:

The pure element is the substance that doesn't separate into simple substances through the chemical procedures.

A pure compound is a substance formed by combinations of two or more elements.

A mixture is made up of the combination of one or more components with several compositions.

Now based on these definitions, molecular art (c) signifies mixture.

Expert Solution

Interpretation Introduction

(c)

Interpretation:

Whether the below compound is a pure compound, mixture, or a pure element needs to be determined.

General, Organic, & Biological Chemistry, Chapter 1, Problem 1.33P , additional homework tip 4

Concept Introduction:

An element is known as the pure substance that cannot be broken down further using chemical methods. The methods are such as electrolysis, cooling, heating, and reactions with other chemical substances.

A compound is known as the pure substance which is made up of more than two different atoms that are bonded chemically to one another. Using chemical methods, a compound can be destroyed. It can be broken down into simpler compounds or into its elements.

A mixture is the combination of more than two dissimilar elemental substances or compounds. The mixture is not a pure substance, but it is the combination of different atoms of elements. Mixtures are of two kinds, Heterogenous and Homogeneous.

Answer to Problem 1.33P

Mixture

Explanation of Solution

As per the definitions of element, compound and mixture:

The pure element is the substance that doesn't separate into simple substances through the chemical procedures.

A pure compound is a substance formed by combinations of two or more elements.

A mixture is made up of the combination of one or more components with several compositions.

Now, based on these definitions, molecular art (d) signifies mixture.

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Subscribe now to access step-by-step solutions to millions of textbook problems written by subject matter experts!

Answer 4

Textbook Question

Chapter 1, Problem 1.33P

Classify each example of molecular art as a pure element, a pure compound, or a mixture.

Chapter 1, Problem 1.33P, Classify each example of molecular art as a pure element, a pure compound, or a mixture.

Expert Solution

Interpretation Introduction

(a)

Interpretation:

Whether the given molecular art is a pure compound, mixture, or a pure element needs to be classified.

General, Organic, & Biological Chemistry, Chapter 1, Problem 1.33P , additional homework tip 1

Concept Introduction:

An element is known as the pure substance that cannot be broken down further using chemical methods. The methods are such as electrolysis, cooling, heating, and reactions with other chemical substances.

A compound is known as the pure substance which is made up of more than two different atoms that are bonded chemically to one another. Using chemical methods, a compound can be destroyed. It can be broken down into simpler compounds or into its elements.

A mixture is the combination of more than two dissimilar elemental substances or compounds. The mixture is not a pure substance, but it is the combination of different atoms of elements. Mixtures are of two kinds, Heterogenous and Homogeneous.

Answer to Problem 1.33P

Molecular art 'a' − Pure element.

Explanation of Solution

As per the definitions of element, compound and mixture:

The pure element is the substance that doesn't separate into simple substances through the chemical procedures.

A pure compound is a substance formed by combinations of two or more elements.

A mixture is made up of the combination of one or more components with several compositions.

Now, based on these definitions, molecular art (a) signifies pure elements.

Expert Solution

Interpretation Introduction

(b)

Interpretation:

Whether the below molecular art is pure compound, mixture, or a pure element needs to be determined.

General, Organic, & Biological Chemistry, Chapter 1, Problem 1.33P , additional homework tip 2

Concept Introduction:

An element is known as the pure substance that cannot be broken down further using chemical methods. The methods are such as electrolysis, cooling, heating, and reactions with other chemical substances.

A compound is known as the pure substance which is made up of more than two different atoms that are bonded chemically to one another. Using chemical methods, a compound can be destroyed. It can be broken down into simpler compounds or into its elements.

A mixture is the combination of more than two dissimilar elemental substances or compounds. The mixture is not a pure substance, but it is the combination of different atoms of elements. Mixtures are of two kinds, Heterogenous and Homogeneous.

Answer to Problem 1.33P

Molecular art 'b' − Pure compounds

Explanation of Solution

As per the definitions of element, compound and mixture:

The pure element is the substance that doesn't separate into simple substances through the chemical procedures.

A pure compound is a substance formed by combinations of two or more elements.

A mixture is made up of the combination of one or more components with several compositions.

Now based on these definitions, molecular art (b) signifies pure compounds.

Expert Solution

Interpretation Introduction

(c)

Interpretation:

Whether the below compound is a pure compound, mixture, or a pure element needs to be determined.

General, Organic, & Biological Chemistry, Chapter 1, Problem 1.33P , additional homework tip 3

Concept Introduction:

An element is known as the pure substance that cannot be broken down further using chemical methods. The methods are such as electrolysis, cooling, heating, and reactions with other chemical substances.

A compound is known as the pure substance which is made up of more than two different atoms that are bonded chemically to one another. Using chemical methods, a compound can be destroyed. It can be broken down into simpler compounds or into its elements.

A mixture is the combination of more than two dissimilar elemental substances or compounds. The mixture is not a pure substance, but it is the combination of different atoms of elements. Mixtures are of two kinds, Heterogenous and Homogeneous.

Answer to Problem 1.33P

Molecular art 'c' − Mixture

Explanation of Solution

As per the definitions of element, compound and mixture:

The pure element is the substance that doesn't separate into simple substances through the chemical procedures.

A pure compound is a substance formed by combinations of two or more elements.

A mixture is made up of the combination of one or more components with several compositions.

Now based on these definitions, molecular art (c) signifies mixture.

Expert Solution

Interpretation Introduction

(c)

Interpretation:

Whether the below compound is a pure compound, mixture, or a pure element needs to be determined.

General, Organic, & Biological Chemistry, Chapter 1, Problem 1.33P , additional homework tip 4

Concept Introduction:

An element is known as the pure substance that cannot be broken down further using chemical methods. The methods are such as electrolysis, cooling, heating, and reactions with other chemical substances.

A compound is known as the pure substance which is made up of more than two different atoms that are bonded chemically to one another. Using chemical methods, a compound can be destroyed. It can be broken down into simpler compounds or into its elements.

A mixture is the combination of more than two dissimilar elemental substances or compounds. The mixture is not a pure substance, but it is the combination of different atoms of elements. Mixtures are of two kinds, Heterogenous and Homogeneous.

Answer to Problem 1.33P

Mixture

Explanation of Solution

As per the definitions of element, compound and mixture:

The pure element is the substance that doesn't separate into simple substances through the chemical procedures.

A pure compound is a substance formed by combinations of two or more elements.

A mixture is made up of the combination of one or more components with several compositions.

Now, based on these definitions, molecular art (d) signifies mixture.

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Subscribe now to access step-by-step solutions to millions of textbook problems written by subject matter experts!

Answer 5

Textbook Question

Answer 6

Textbook Question

Answer 7

Expert Solution

Interpretation Introduction

(a)

Interpretation:

Whether the given molecular art is a pure compound, mixture, or a pure element needs to be classified.

General, Organic, & Biological Chemistry, Chapter 1, Problem 1.33P , additional homework tip 1

Concept Introduction:

An element is known as the pure substance that cannot be broken down further using chemical methods. The methods are such as electrolysis, cooling, heating, and reactions with other chemical substances.

A compound is known as the pure substance which is made up of more than two different atoms that are bonded chemically to one another. Using chemical methods, a compound can be destroyed. It can be broken down into simpler compounds or into its elements.

A mixture is the combination of more than two dissimilar elemental substances or compounds. The mixture is not a pure substance, but it is the combination of different atoms of elements. Mixtures are of two kinds, Heterogenous and Homogeneous.

Answer to Problem 1.33P

Molecular art 'a' − Pure element.

Explanation of Solution

As per the definitions of element, compound and mixture:

The pure element is the substance that doesn't separate into simple substances through the chemical procedures.

A pure compound is a substance formed by combinations of two or more elements.

A mixture is made up of the combination of one or more components with several compositions.

Now, based on these definitions, molecular art (a) signifies pure elements.

Expert Solution

Interpretation Introduction

(b)

Interpretation:

Whether the below molecular art is pure compound, mixture, or a pure element needs to be determined.

General, Organic, & Biological Chemistry, Chapter 1, Problem 1.33P , additional homework tip 2

Concept Introduction:

An element is known as the pure substance that cannot be broken down further using chemical methods. The methods are such as electrolysis, cooling, heating, and reactions with other chemical substances.

A compound is known as the pure substance which is made up of more than two different atoms that are bonded chemically to one another. Using chemical methods, a compound can be destroyed. It can be broken down into simpler compounds or into its elements.

A mixture is the combination of more than two dissimilar elemental substances or compounds. The mixture is not a pure substance, but it is the combination of different atoms of elements. Mixtures are of two kinds, Heterogenous and Homogeneous.

Answer to Problem 1.33P

Molecular art 'b' − Pure compounds

Explanation of Solution

As per the definitions of element, compound and mixture:

The pure element is the substance that doesn't separate into simple substances through the chemical procedures.

A pure compound is a substance formed by combinations of two or more elements.

A mixture is made up of the combination of one or more components with several compositions.

Now based on these definitions, molecular art (b) signifies pure compounds.

Expert Solution

Interpretation Introduction

(c)

Interpretation:

Whether the below compound is a pure compound, mixture, or a pure element needs to be determined.

General, Organic, & Biological Chemistry, Chapter 1, Problem 1.33P , additional homework tip 3

Concept Introduction:

An element is known as the pure substance that cannot be broken down further using chemical methods. The methods are such as electrolysis, cooling, heating, and reactions with other chemical substances.

A compound is known as the pure substance which is made up of more than two different atoms that are bonded chemically to one another. Using chemical methods, a compound can be destroyed. It can be broken down into simpler compounds or into its elements.

A mixture is the combination of more than two dissimilar elemental substances or compounds. The mixture is not a pure substance, but it is the combination of different atoms of elements. Mixtures are of two kinds, Heterogenous and Homogeneous.

Answer to Problem 1.33P

Molecular art 'c' − Mixture

Explanation of Solution

As per the definitions of element, compound and mixture:

The pure element is the substance that doesn't separate into simple substances through the chemical procedures.

A pure compound is a substance formed by combinations of two or more elements.

A mixture is made up of the combination of one or more components with several compositions.

Now based on these definitions, molecular art (c) signifies mixture.

Expert Solution

Interpretation Introduction

(c)

Interpretation:

Whether the below compound is a pure compound, mixture, or a pure element needs to be determined.

General, Organic, & Biological Chemistry, Chapter 1, Problem 1.33P , additional homework tip 4

Concept Introduction:

An element is known as the pure substance that cannot be broken down further using chemical methods. The methods are such as electrolysis, cooling, heating, and reactions with other chemical substances.

A compound is known as the pure substance which is made up of more than two different atoms that are bonded chemically to one another. Using chemical methods, a compound can be destroyed. It can be broken down into simpler compounds or into its elements.

A mixture is the combination of more than two dissimilar elemental substances or compounds. The mixture is not a pure substance, but it is the combination of different atoms of elements. Mixtures are of two kinds, Heterogenous and Homogeneous.

Answer to Problem 1.33P

Mixture

Explanation of Solution

As per the definitions of element, compound and mixture:

The pure element is the substance that doesn't separate into simple substances through the chemical procedures.

A pure compound is a substance formed by combinations of two or more elements.

A mixture is made up of the combination of one or more components with several compositions.

Now, based on these definitions, molecular art (d) signifies mixture.

Answer 8

Expert Solution

Interpretation Introduction

(a)

Interpretation:

Whether the given molecular art is a pure compound, mixture, or a pure element needs to be classified.

General, Organic, & Biological Chemistry, Chapter 1, Problem 1.33P , additional homework tip 1

Concept Introduction:

An element is known as the pure substance that cannot be broken down further using chemical methods. The methods are such as electrolysis, cooling, heating, and reactions with other chemical substances.

A compound is known as the pure substance which is made up of more than two different atoms that are bonded chemically to one another. Using chemical methods, a compound can be destroyed. It can be broken down into simpler compounds or into its elements.

A mixture is the combination of more than two dissimilar elemental substances or compounds. The mixture is not a pure substance, but it is the combination of different atoms of elements. Mixtures are of two kinds, Heterogenous and Homogeneous.

Answer to Problem 1.33P

Molecular art 'a' − Pure element.

Explanation of Solution

As per the definitions of element, compound and mixture:

The pure element is the substance that doesn't separate into simple substances through the chemical procedures.

A pure compound is a substance formed by combinations of two or more elements.

A mixture is made up of the combination of one or more components with several compositions.

Now, based on these definitions, molecular art (a) signifies pure elements.

Answer 9

Expert Solution

Answer 10

Expert Solution

Answer 11

Expert Solution

Answer 12

Interpretation Introduction

(a)

Interpretation:

Whether the given molecular art is a pure compound, mixture, or a pure element needs to be classified.

General, Organic, & Biological Chemistry, Chapter 1, Problem 1.33P , additional homework tip 1

Concept Introduction:

An element is known as the pure substance that cannot be broken down further using chemical methods. The methods are such as electrolysis, cooling, heating, and reactions with other chemical substances.

A compound is known as the pure substance which is made up of more than two different atoms that are bonded chemically to one another. Using chemical methods, a compound can be destroyed. It can be broken down into simpler compounds or into its elements.

A mixture is the combination of more than two dissimilar elemental substances or compounds. The mixture is not a pure substance, but it is the combination of different atoms of elements. Mixtures are of two kinds, Heterogenous and Homogeneous.

Answer 13

Answer to Problem 1.33P

Molecular art 'a' − Pure element.

Answer 14

Explanation of Solution

As per the definitions of element, compound and mixture:

The pure element is the substance that doesn't separate into simple substances through the chemical procedures.

A pure compound is a substance formed by combinations of two or more elements.

A mixture is made up of the combination of one or more components with several compositions.

Now, based on these definitions, molecular art (a) signifies pure elements.

Answer 15

Expert Solution

Interpretation Introduction

(b)

Interpretation:

Whether the below molecular art is pure compound, mixture, or a pure element needs to be determined.

General, Organic, & Biological Chemistry, Chapter 1, Problem 1.33P , additional homework tip 2

Concept Introduction:

An element is known as the pure substance that cannot be broken down further using chemical methods. The methods are such as electrolysis, cooling, heating, and reactions with other chemical substances.

A compound is known as the pure substance which is made up of more than two different atoms that are bonded chemically to one another. Using chemical methods, a compound can be destroyed. It can be broken down into simpler compounds or into its elements.

A mixture is the combination of more than two dissimilar elemental substances or compounds. The mixture is not a pure substance, but it is the combination of different atoms of elements. Mixtures are of two kinds, Heterogenous and Homogeneous.

Answer to Problem 1.33P

Molecular art 'b' − Pure compounds

Explanation of Solution

As per the definitions of element, compound and mixture:

The pure element is the substance that doesn't separate into simple substances through the chemical procedures.

A pure compound is a substance formed by combinations of two or more elements.

A mixture is made up of the combination of one or more components with several compositions.

Now based on these definitions, molecular art (b) signifies pure compounds.

Answer 16

Expert Solution

Answer 17

Expert Solution

Answer 18

Expert Solution

Answer 19

Interpretation Introduction

(b)

Interpretation:

Whether the below molecular art is pure compound, mixture, or a pure element needs to be determined.

General, Organic, & Biological Chemistry, Chapter 1, Problem 1.33P , additional homework tip 2

Concept Introduction:

An element is known as the pure substance that cannot be broken down further using chemical methods. The methods are such as electrolysis, cooling, heating, and reactions with other chemical substances.

A compound is known as the pure substance which is made up of more than two different atoms that are bonded chemically to one another. Using chemical methods, a compound can be destroyed. It can be broken down into simpler compounds or into its elements.

A mixture is the combination of more than two dissimilar elemental substances or compounds. The mixture is not a pure substance, but it is the combination of different atoms of elements. Mixtures are of two kinds, Heterogenous and Homogeneous.

Answer 20

Answer to Problem 1.33P

Molecular art 'b' − Pure compounds

Answer 21

Explanation of Solution

As per the definitions of element, compound and mixture:

The pure element is the substance that doesn't separate into simple substances through the chemical procedures.

A pure compound is a substance formed by combinations of two or more elements.

A mixture is made up of the combination of one or more components with several compositions.

Now based on these definitions, molecular art (b) signifies pure compounds.

Answer 22

Expert Solution

Interpretation Introduction

(c)

Interpretation:

Whether the below compound is a pure compound, mixture, or a pure element needs to be determined.

General, Organic, & Biological Chemistry, Chapter 1, Problem 1.33P , additional homework tip 3

Concept Introduction:

An element is known as the pure substance that cannot be broken down further using chemical methods. The methods are such as electrolysis, cooling, heating, and reactions with other chemical substances.

A compound is known as the pure substance which is made up of more than two different atoms that are bonded chemically to one another. Using chemical methods, a compound can be destroyed. It can be broken down into simpler compounds or into its elements.

A mixture is the combination of more than two dissimilar elemental substances or compounds. The mixture is not a pure substance, but it is the combination of different atoms of elements. Mixtures are of two kinds, Heterogenous and Homogeneous.

Answer to Problem 1.33P

Molecular art 'c' − Mixture

Explanation of Solution

As per the definitions of element, compound and mixture:

The pure element is the substance that doesn't separate into simple substances through the chemical procedures.

A pure compound is a substance formed by combinations of two or more elements.

A mixture is made up of the combination of one or more components with several compositions.

Now based on these definitions, molecular art (c) signifies mixture.

Answer 23

Expert Solution

Answer 24

Expert Solution

Answer 25

Expert Solution

Answer 26

Interpretation Introduction

(c)

Interpretation:

Whether the below compound is a pure compound, mixture, or a pure element needs to be determined.

General, Organic, & Biological Chemistry, Chapter 1, Problem 1.33P , additional homework tip 3

Concept Introduction:

An element is known as the pure substance that cannot be broken down further using chemical methods. The methods are such as electrolysis, cooling, heating, and reactions with other chemical substances.

A compound is known as the pure substance which is made up of more than two different atoms that are bonded chemically to one another. Using chemical methods, a compound can be destroyed. It can be broken down into simpler compounds or into its elements.

A mixture is the combination of more than two dissimilar elemental substances or compounds. The mixture is not a pure substance, but it is the combination of different atoms of elements. Mixtures are of two kinds, Heterogenous and Homogeneous.

Answer 27

Answer to Problem 1.33P

Molecular art 'c' − Mixture

Answer 28

Explanation of Solution

As per the definitions of element, compound and mixture:

The pure element is the substance that doesn't separate into simple substances through the chemical procedures.

A pure compound is a substance formed by combinations of two or more elements.

A mixture is made up of the combination of one or more components with several compositions.

Now based on these definitions, molecular art (c) signifies mixture.

Answer 29

Expert Solution

Interpretation Introduction

(c)

Interpretation:

Whether the below compound is a pure compound, mixture, or a pure element needs to be determined.

General, Organic, & Biological Chemistry, Chapter 1, Problem 1.33P , additional homework tip 4

Concept Introduction:

An element is known as the pure substance that cannot be broken down further using chemical methods. The methods are such as electrolysis, cooling, heating, and reactions with other chemical substances.

A compound is known as the pure substance which is made up of more than two different atoms that are bonded chemically to one another. Using chemical methods, a compound can be destroyed. It can be broken down into simpler compounds or into its elements.

A mixture is the combination of more than two dissimilar elemental substances or compounds. The mixture is not a pure substance, but it is the combination of different atoms of elements. Mixtures are of two kinds, Heterogenous and Homogeneous.

Answer to Problem 1.33P

Mixture

Explanation of Solution

As per the definitions of element, compound and mixture:

The pure element is the substance that doesn't separate into simple substances through the chemical procedures.

A pure compound is a substance formed by combinations of two or more elements.

A mixture is made up of the combination of one or more components with several compositions.

Now, based on these definitions, molecular art (d) signifies mixture.

Answer 30

Expert Solution

Answer 31

Expert Solution

Answer 32

Expert Solution

Answer 33

Interpretation Introduction

(c)

Interpretation:

Whether the below compound is a pure compound, mixture, or a pure element needs to be determined.

General, Organic, & Biological Chemistry, Chapter 1, Problem 1.33P , additional homework tip 4

Concept Introduction:

An element is known as the pure substance that cannot be broken down further using chemical methods. The methods are such as electrolysis, cooling, heating, and reactions with other chemical substances.

A compound is known as the pure substance which is made up of more than two different atoms that are bonded chemically to one another. Using chemical methods, a compound can be destroyed. It can be broken down into simpler compounds or into its elements.

A mixture is the combination of more than two dissimilar elemental substances or compounds. The mixture is not a pure substance, but it is the combination of different atoms of elements. Mixtures are of two kinds, Heterogenous and Homogeneous.