The chapter sections to review are shown in parentheses at the end of each problem. 12.87 Match the diagrams with the following: (12.1) a. a polar solute and a polar solvent b. a nonpolar solute and a polar solvent c. a nonpolar solute and a nonpolar solvent c

Question

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Answer 1

Textbook Question

Chapter 12, Problem 87UTC

The chapter sections to review are shown in parentheses at the end of each problem.
12.87 Match the diagrams with the following: (12.1)
a. a polar solute and a polar solvent
b. a nonpolar solute and a polar solvent
c. a nonpolar solute and a nonpolar solvent
Chapter 12, Problem 87UTC, The chapter sections to review are shown in parentheses at the end of each problem. 12.87 Match the c

Expert Solution & Answer

Interpretation Introduction

Interpretation:

The problem shows two diagrams with different type of solute-solvents.

Concept introduction:

Like dissolves like is typically true between species
Polar-polar solvents will always mix as well as Nonpolar-nonpolar solvents
Nonpolar-Polar mixture will never mix, will form two phases.

To Match:The diagrams which shows the best option.

Answer to Problem 87UTC

Solution:

1
2
1

Explanation of Solution

There are different type of interaction between polar-polar, nonpolar-nonpolar and nonpolar-polar species. Therefore, one must ensure that the solute and solvent are well defined.

The solute is always in smaller amount than the solvent. Image (1) states an uniform mixture of species, whereas image (2) shows two phase, no mixture.

For any given mixture, there must be then either a polar-polar or a nonpolar-nonpolar solute/solvent system.

Image (2) shows the only combination possible, a nonpolar-polar mixture.

Conclusion

Always ensure to identify the solute, solvent and the type of interaction between them.

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Given the first-order reaction: aA → products. State its kinetic equation.

Answer 2

Textbook Question

Chapter 12, Problem 87UTC

The chapter sections to review are shown in parentheses at the end of each problem.
12.87 Match the diagrams with the following: (12.1)
a. a polar solute and a polar solvent
b. a nonpolar solute and a polar solvent
c. a nonpolar solute and a nonpolar solvent
Chapter 12, Problem 87UTC, The chapter sections to review are shown in parentheses at the end of each problem. 12.87 Match the c

Expert Solution & Answer

Interpretation Introduction

Interpretation:

The problem shows two diagrams with different type of solute-solvents.

Concept introduction:

Like dissolves like is typically true between species
Polar-polar solvents will always mix as well as Nonpolar-nonpolar solvents
Nonpolar-Polar mixture will never mix, will form two phases.

To Match:The diagrams which shows the best option.

Answer to Problem 87UTC

Solution:

1
2
1

Explanation of Solution

There are different type of interaction between polar-polar, nonpolar-nonpolar and nonpolar-polar species. Therefore, one must ensure that the solute and solvent are well defined.

The solute is always in smaller amount than the solvent. Image (1) states an uniform mixture of species, whereas image (2) shows two phase, no mixture.

For any given mixture, there must be then either a polar-polar or a nonpolar-nonpolar solute/solvent system.

Image (2) shows the only combination possible, a nonpolar-polar mixture.

Conclusion

Always ensure to identify the solute, solvent and the type of interaction between them.

Want to see more full solutions like this?

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

Answer 3

Textbook Question

Chapter 12, Problem 87UTC

The chapter sections to review are shown in parentheses at the end of each problem.
12.87 Match the diagrams with the following: (12.1)
a. a polar solute and a polar solvent
b. a nonpolar solute and a polar solvent
c. a nonpolar solute and a nonpolar solvent
Chapter 12, Problem 87UTC, The chapter sections to review are shown in parentheses at the end of each problem. 12.87 Match the c

Expert Solution & Answer

Interpretation Introduction

Interpretation:

The problem shows two diagrams with different type of solute-solvents.

Concept introduction:

Like dissolves like is typically true between species
Polar-polar solvents will always mix as well as Nonpolar-nonpolar solvents
Nonpolar-Polar mixture will never mix, will form two phases.

To Match:The diagrams which shows the best option.

Answer to Problem 87UTC

Solution:

1
2
1

Explanation of Solution

There are different type of interaction between polar-polar, nonpolar-nonpolar and nonpolar-polar species. Therefore, one must ensure that the solute and solvent are well defined.

The solute is always in smaller amount than the solvent. Image (1) states an uniform mixture of species, whereas image (2) shows two phase, no mixture.

For any given mixture, there must be then either a polar-polar or a nonpolar-nonpolar solute/solvent system.

Image (2) shows the only combination possible, a nonpolar-polar mixture.

Conclusion

Always ensure to identify the solute, solvent and the type of interaction between them.

Want to see more full solutions like this?

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

Answer 4

Textbook Question

Chapter 12, Problem 87UTC

The chapter sections to review are shown in parentheses at the end of each problem.
12.87 Match the diagrams with the following: (12.1)
a. a polar solute and a polar solvent
b. a nonpolar solute and a polar solvent
c. a nonpolar solute and a nonpolar solvent
Chapter 12, Problem 87UTC, The chapter sections to review are shown in parentheses at the end of each problem. 12.87 Match the c

Expert Solution & Answer

Interpretation Introduction

Interpretation:

The problem shows two diagrams with different type of solute-solvents.

Concept introduction:

Like dissolves like is typically true between species
Polar-polar solvents will always mix as well as Nonpolar-nonpolar solvents
Nonpolar-Polar mixture will never mix, will form two phases.

To Match:The diagrams which shows the best option.

Answer to Problem 87UTC

Solution:

1
2
1

Explanation of Solution

There are different type of interaction between polar-polar, nonpolar-nonpolar and nonpolar-polar species. Therefore, one must ensure that the solute and solvent are well defined.

The solute is always in smaller amount than the solvent. Image (1) states an uniform mixture of species, whereas image (2) shows two phase, no mixture.

For any given mixture, there must be then either a polar-polar or a nonpolar-nonpolar solute/solvent system.

Image (2) shows the only combination possible, a nonpolar-polar mixture.

Conclusion

Always ensure to identify the solute, solvent and the type of interaction between them.

Want to see more full solutions like this?

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 & Answer

Interpretation Introduction

Interpretation:

The problem shows two diagrams with different type of solute-solvents.

Concept introduction:

Like dissolves like is typically true between species
Polar-polar solvents will always mix as well as Nonpolar-nonpolar solvents
Nonpolar-Polar mixture will never mix, will form two phases.

To Match:The diagrams which shows the best option.

Answer to Problem 87UTC

Solution:

1
2
1

Explanation of Solution

There are different type of interaction between polar-polar, nonpolar-nonpolar and nonpolar-polar species. Therefore, one must ensure that the solute and solvent are well defined.

The solute is always in smaller amount than the solvent. Image (1) states an uniform mixture of species, whereas image (2) shows two phase, no mixture.

For any given mixture, there must be then either a polar-polar or a nonpolar-nonpolar solute/solvent system.

Image (2) shows the only combination possible, a nonpolar-polar mixture.

Conclusion

Always ensure to identify the solute, solvent and the type of interaction between them.

Answer 8

Expert Solution & Answer

Interpretation Introduction

Interpretation:

The problem shows two diagrams with different type of solute-solvents.

Concept introduction:

Like dissolves like is typically true between species
Polar-polar solvents will always mix as well as Nonpolar-nonpolar solvents
Nonpolar-Polar mixture will never mix, will form two phases.

To Match:The diagrams which shows the best option.

Answer to Problem 87UTC

Solution:

1
2
1

Explanation of Solution

There are different type of interaction between polar-polar, nonpolar-nonpolar and nonpolar-polar species. Therefore, one must ensure that the solute and solvent are well defined.

The solute is always in smaller amount than the solvent. Image (1) states an uniform mixture of species, whereas image (2) shows two phase, no mixture.

For any given mixture, there must be then either a polar-polar or a nonpolar-nonpolar solute/solvent system.

Image (2) shows the only combination possible, a nonpolar-polar mixture.

Conclusion

Always ensure to identify the solute, solvent and the type of interaction between them.

Answer 9

Expert Solution & Answer

Answer 10

Expert Solution & Answer

Answer 11

Interpretation Introduction

Interpretation:

The problem shows two diagrams with different type of solute-solvents.

Concept introduction:

Like dissolves like is typically true between species
Polar-polar solvents will always mix as well as Nonpolar-nonpolar solvents
Nonpolar-Polar mixture will never mix, will form two phases.

To Match:The diagrams which shows the best option.

Answer 12

Answer to Problem 87UTC

Solution:

1
2
1

Answer 13

Explanation of Solution

There are different type of interaction between polar-polar, nonpolar-nonpolar and nonpolar-polar species. Therefore, one must ensure that the solute and solvent are well defined.

The solute is always in smaller amount than the solvent. Image (1) states an uniform mixture of species, whereas image (2) shows two phase, no mixture.

For any given mixture, there must be then either a polar-polar or a nonpolar-nonpolar solute/solvent system.

Image (2) shows the only combination possible, a nonpolar-polar mixture.