The way by which a switchable surfactant is used to clean up and then recover the oil from an oil spill. Introduction: The hydrophobic molecules repel water, while they are more soluble in oil than water. The water is a universal solvent, but the nonpolar substances are not soluble in water. This makes very difficult to wash oily dishes and mixing of both water and oil phase. The amphipathic compounds include surfactants that are used to suspend or mix the two phases together for various applications.

Question

Want to see the full answer?

Answer 1

Question

Chapter 2, Problem 38DAP

(a)

Summary Introduction

To determine: The way by which a switchable surfactant is used to clean up and then recover the oil from an oil spill.

Introduction:

The hydrophobic molecules repel water, while they are more soluble in oil than water. The water is a universal solvent, but the nonpolar substances are not soluble in water. This makes very difficult to wash oily dishes and mixing of both water and oil phase. The amphipathic compounds include surfactants that are used to suspend or mix the two phases together for various applications.

(b)

Summary Introduction

To determine: Which side will the equilibrium shift when the given pK_a of amidinium ion is 12.4.

Introduction:

The hydrophobic molecules repel water, while they are more soluble in oil than water. The water is a universal solvent but the nonpolar substances are not soluble in water. This makes very difficult to wash oily dishes and mixing of both water and oil phase. The amphipathic compounds include surfactants that are used to suspend or mix the two phases together for various applications.

(c)

Summary Introduction

To explain: The reason behind the amidinium form of s-surf is a powerful surfactant and the amidine form is not powerful.

Introduction:

The hydrophobic molecules repel water, while they are more soluble in oil than water. The water is a universal solvent but the nonpolar substances are not soluble in water. This makes very difficult to wash oily dishes and mixing of both water and oil phase. The amphipathic compounds include surfactants that are used to suspend or mix the two phases together for various applications.

(d)

Summary Introduction

To determine: The form in which there is majority of s-surf in point A and point B.

Introduction:

The hydrophobic molecules repel water, while they are more soluble in oil than water. The water is a universal solvent but the nonpolar substances are not soluble in water. This makes very difficult to wash oily dishes and mixing of both water and oil phase. The amphipathic compounds include surfactants that are used to suspend or mix the two phases together for various applications.

(e)

Summary Introduction

To explain: The reason behind the rise of electrical conductivity from time 0 at point A.

Introduction:

The hydrophobic molecules repel water, while they are more soluble in oil than water. The water is a universal solvent but the nonpolar substances are not soluble in water. This makes very difficult to wash oily dishes and mixing of both water and oil phase. The amphipathic compounds include surfactants that are used to suspend or mix the two phases together for various applications.

(f)

Summary Introduction

To explain: The reason behind the fall of electrical conductivity from point A to point B.

Introduction:

The hydrophobic molecules repel water, while they are more soluble in oil than water. The water is a universal solvent but the nonpolar substances are not soluble in water. This makes very difficult to wash oily dishes and mixing of both water and oil phase. The amphipathic compounds include surfactants that are used to suspend or mix the two phases together for various applications.

(g)

Summary Introduction

To explain: The use of “s-surf” to clean up and recover the oil from an oil spill.

Introduction:

The hydrophobic molecules repel water, while they are more soluble in oil than water. The water is a universal solvent but the nonpolar substances are not soluble in water. This makes very difficult to wash oily dishes and mixing of both water and oil phase. The amphipathic compounds include surfactants that are used to suspend or mix the two phases together for various applications.

Expert Solution & Answer

Want to see the full answer?

Check out a sample textbook solution

See solution

Students have asked these similar questions

Biochemistry What is the process of "transamination" in either the muscles or the liver, that involves keto acid or glutamic acid? Please explain how the steps work. Thank you!

Biochemistry Please help. Thank you What is the importance of glutamic acid in the metabolism of nitrogen from amino acids? (we know therole; it’s used to remove the nitrogen from amino acids so that the remaining carbon skeleton can bebroken down by the “usual” pathways, but what is the important, unique role that only glutamicacid/glutamate can do?)

Biochemistry Please help. Thank you When carbamyl phosphate is joined to L-ornathine, where does the energy for the reaction come from?

Answer 2

Question

Chapter 2, Problem 38DAP

(a)

Summary Introduction

To determine: The way by which a switchable surfactant is used to clean up and then recover the oil from an oil spill.

Introduction:

The hydrophobic molecules repel water, while they are more soluble in oil than water. The water is a universal solvent, but the nonpolar substances are not soluble in water. This makes very difficult to wash oily dishes and mixing of both water and oil phase. The amphipathic compounds include surfactants that are used to suspend or mix the two phases together for various applications.

(b)

Summary Introduction

To determine: Which side will the equilibrium shift when the given pK_a of amidinium ion is 12.4.

Introduction:

The hydrophobic molecules repel water, while they are more soluble in oil than water. The water is a universal solvent but the nonpolar substances are not soluble in water. This makes very difficult to wash oily dishes and mixing of both water and oil phase. The amphipathic compounds include surfactants that are used to suspend or mix the two phases together for various applications.

(c)

Summary Introduction

To explain: The reason behind the amidinium form of s-surf is a powerful surfactant and the amidine form is not powerful.

Introduction:

The hydrophobic molecules repel water, while they are more soluble in oil than water. The water is a universal solvent but the nonpolar substances are not soluble in water. This makes very difficult to wash oily dishes and mixing of both water and oil phase. The amphipathic compounds include surfactants that are used to suspend or mix the two phases together for various applications.

(d)

Summary Introduction

To determine: The form in which there is majority of s-surf in point A and point B.

Introduction:

The hydrophobic molecules repel water, while they are more soluble in oil than water. The water is a universal solvent but the nonpolar substances are not soluble in water. This makes very difficult to wash oily dishes and mixing of both water and oil phase. The amphipathic compounds include surfactants that are used to suspend or mix the two phases together for various applications.

(e)

Summary Introduction

To explain: The reason behind the rise of electrical conductivity from time 0 at point A.

Introduction:

The hydrophobic molecules repel water, while they are more soluble in oil than water. The water is a universal solvent but the nonpolar substances are not soluble in water. This makes very difficult to wash oily dishes and mixing of both water and oil phase. The amphipathic compounds include surfactants that are used to suspend or mix the two phases together for various applications.

(f)

Summary Introduction

To explain: The reason behind the fall of electrical conductivity from point A to point B.

Introduction:

The hydrophobic molecules repel water, while they are more soluble in oil than water. The water is a universal solvent but the nonpolar substances are not soluble in water. This makes very difficult to wash oily dishes and mixing of both water and oil phase. The amphipathic compounds include surfactants that are used to suspend or mix the two phases together for various applications.

(g)

Summary Introduction

To explain: The use of “s-surf” to clean up and recover the oil from an oil spill.

Introduction:

The hydrophobic molecules repel water, while they are more soluble in oil than water. The water is a universal solvent but the nonpolar substances are not soluble in water. This makes very difficult to wash oily dishes and mixing of both water and oil phase. The amphipathic compounds include surfactants that are used to suspend or mix the two phases together for various applications.

Expert Solution & Answer

Want to see the full answer?

Check out a sample textbook solution

See solution

Answer 3

Question

Chapter 2, Problem 38DAP

(a)

Summary Introduction

To determine: The way by which a switchable surfactant is used to clean up and then recover the oil from an oil spill.

Introduction:

The hydrophobic molecules repel water, while they are more soluble in oil than water. The water is a universal solvent, but the nonpolar substances are not soluble in water. This makes very difficult to wash oily dishes and mixing of both water and oil phase. The amphipathic compounds include surfactants that are used to suspend or mix the two phases together for various applications.

(b)

Summary Introduction

To determine: Which side will the equilibrium shift when the given pK_a of amidinium ion is 12.4.

Introduction:

The hydrophobic molecules repel water, while they are more soluble in oil than water. The water is a universal solvent but the nonpolar substances are not soluble in water. This makes very difficult to wash oily dishes and mixing of both water and oil phase. The amphipathic compounds include surfactants that are used to suspend or mix the two phases together for various applications.

(c)

Summary Introduction

To explain: The reason behind the amidinium form of s-surf is a powerful surfactant and the amidine form is not powerful.

Introduction:

The hydrophobic molecules repel water, while they are more soluble in oil than water. The water is a universal solvent but the nonpolar substances are not soluble in water. This makes very difficult to wash oily dishes and mixing of both water and oil phase. The amphipathic compounds include surfactants that are used to suspend or mix the two phases together for various applications.

(d)

Summary Introduction

To determine: The form in which there is majority of s-surf in point A and point B.

Introduction:

The hydrophobic molecules repel water, while they are more soluble in oil than water. The water is a universal solvent but the nonpolar substances are not soluble in water. This makes very difficult to wash oily dishes and mixing of both water and oil phase. The amphipathic compounds include surfactants that are used to suspend or mix the two phases together for various applications.

(e)

Summary Introduction

To explain: The reason behind the rise of electrical conductivity from time 0 at point A.

Introduction:

The hydrophobic molecules repel water, while they are more soluble in oil than water. The water is a universal solvent but the nonpolar substances are not soluble in water. This makes very difficult to wash oily dishes and mixing of both water and oil phase. The amphipathic compounds include surfactants that are used to suspend or mix the two phases together for various applications.

(f)

Summary Introduction

To explain: The reason behind the fall of electrical conductivity from point A to point B.

Introduction:

The hydrophobic molecules repel water, while they are more soluble in oil than water. The water is a universal solvent but the nonpolar substances are not soluble in water. This makes very difficult to wash oily dishes and mixing of both water and oil phase. The amphipathic compounds include surfactants that are used to suspend or mix the two phases together for various applications.

(g)

Summary Introduction

To explain: The use of “s-surf” to clean up and recover the oil from an oil spill.

Introduction:

The hydrophobic molecules repel water, while they are more soluble in oil than water. The water is a universal solvent but the nonpolar substances are not soluble in water. This makes very difficult to wash oily dishes and mixing of both water and oil phase. The amphipathic compounds include surfactants that are used to suspend or mix the two phases together for various applications.

Expert Solution & Answer

Want to see the full answer?

Check out a sample textbook solution

See solution

Answer 4

Question

Chapter 2, Problem 38DAP

(a)

Summary Introduction

To determine: The way by which a switchable surfactant is used to clean up and then recover the oil from an oil spill.

Introduction:

The hydrophobic molecules repel water, while they are more soluble in oil than water. The water is a universal solvent, but the nonpolar substances are not soluble in water. This makes very difficult to wash oily dishes and mixing of both water and oil phase. The amphipathic compounds include surfactants that are used to suspend or mix the two phases together for various applications.

(b)

Summary Introduction

To determine: Which side will the equilibrium shift when the given pK_a of amidinium ion is 12.4.

Introduction:

The hydrophobic molecules repel water, while they are more soluble in oil than water. The water is a universal solvent but the nonpolar substances are not soluble in water. This makes very difficult to wash oily dishes and mixing of both water and oil phase. The amphipathic compounds include surfactants that are used to suspend or mix the two phases together for various applications.

(c)

Summary Introduction

To explain: The reason behind the amidinium form of s-surf is a powerful surfactant and the amidine form is not powerful.

Introduction:

The hydrophobic molecules repel water, while they are more soluble in oil than water. The water is a universal solvent but the nonpolar substances are not soluble in water. This makes very difficult to wash oily dishes and mixing of both water and oil phase. The amphipathic compounds include surfactants that are used to suspend or mix the two phases together for various applications.

(d)

Summary Introduction

To determine: The form in which there is majority of s-surf in point A and point B.

Introduction:

The hydrophobic molecules repel water, while they are more soluble in oil than water. The water is a universal solvent but the nonpolar substances are not soluble in water. This makes very difficult to wash oily dishes and mixing of both water and oil phase. The amphipathic compounds include surfactants that are used to suspend or mix the two phases together for various applications.

(e)

Summary Introduction

To explain: The reason behind the rise of electrical conductivity from time 0 at point A.

Introduction:

The hydrophobic molecules repel water, while they are more soluble in oil than water. The water is a universal solvent but the nonpolar substances are not soluble in water. This makes very difficult to wash oily dishes and mixing of both water and oil phase. The amphipathic compounds include surfactants that are used to suspend or mix the two phases together for various applications.

(f)

Summary Introduction

To explain: The reason behind the fall of electrical conductivity from point A to point B.

Introduction:

The hydrophobic molecules repel water, while they are more soluble in oil than water. The water is a universal solvent but the nonpolar substances are not soluble in water. This makes very difficult to wash oily dishes and mixing of both water and oil phase. The amphipathic compounds include surfactants that are used to suspend or mix the two phases together for various applications.

(g)

Summary Introduction

To explain: The use of “s-surf” to clean up and recover the oil from an oil spill.

Introduction:

The hydrophobic molecules repel water, while they are more soluble in oil than water. The water is a universal solvent but the nonpolar substances are not soluble in water. This makes very difficult to wash oily dishes and mixing of both water and oil phase. The amphipathic compounds include surfactants that are used to suspend or mix the two phases together for various applications.

Expert Solution & Answer

Want to see the full answer?

Check out a sample textbook solution

See solution

Answer 5

Chapter 2, Problem 38DAP

(a)

Summary Introduction

To determine: The way by which a switchable surfactant is used to clean up and then recover the oil from an oil spill.

Introduction:

The hydrophobic molecules repel water, while they are more soluble in oil than water. The water is a universal solvent, but the nonpolar substances are not soluble in water. This makes very difficult to wash oily dishes and mixing of both water and oil phase. The amphipathic compounds include surfactants that are used to suspend or mix the two phases together for various applications.

(b)

Summary Introduction

To determine: Which side will the equilibrium shift when the given pK_a of amidinium ion is 12.4.

Introduction:

The hydrophobic molecules repel water, while they are more soluble in oil than water. The water is a universal solvent but the nonpolar substances are not soluble in water. This makes very difficult to wash oily dishes and mixing of both water and oil phase. The amphipathic compounds include surfactants that are used to suspend or mix the two phases together for various applications.

(c)

Summary Introduction

To explain: The reason behind the amidinium form of s-surf is a powerful surfactant and the amidine form is not powerful.

Introduction:

The hydrophobic molecules repel water, while they are more soluble in oil than water. The water is a universal solvent but the nonpolar substances are not soluble in water. This makes very difficult to wash oily dishes and mixing of both water and oil phase. The amphipathic compounds include surfactants that are used to suspend or mix the two phases together for various applications.

(d)

Summary Introduction

To determine: The form in which there is majority of s-surf in point A and point B.

Introduction:

The hydrophobic molecules repel water, while they are more soluble in oil than water. The water is a universal solvent but the nonpolar substances are not soluble in water. This makes very difficult to wash oily dishes and mixing of both water and oil phase. The amphipathic compounds include surfactants that are used to suspend or mix the two phases together for various applications.

(e)

Summary Introduction

To explain: The reason behind the rise of electrical conductivity from time 0 at point A.

Introduction:

The hydrophobic molecules repel water, while they are more soluble in oil than water. The water is a universal solvent but the nonpolar substances are not soluble in water. This makes very difficult to wash oily dishes and mixing of both water and oil phase. The amphipathic compounds include surfactants that are used to suspend or mix the two phases together for various applications.

(f)

Summary Introduction

To explain: The reason behind the fall of electrical conductivity from point A to point B.

Introduction:

The hydrophobic molecules repel water, while they are more soluble in oil than water. The water is a universal solvent but the nonpolar substances are not soluble in water. This makes very difficult to wash oily dishes and mixing of both water and oil phase. The amphipathic compounds include surfactants that are used to suspend or mix the two phases together for various applications.

(g)

Summary Introduction

To explain: The use of “s-surf” to clean up and recover the oil from an oil spill.

Introduction:

The hydrophobic molecules repel water, while they are more soluble in oil than water. The water is a universal solvent but the nonpolar substances are not soluble in water. This makes very difficult to wash oily dishes and mixing of both water and oil phase. The amphipathic compounds include surfactants that are used to suspend or mix the two phases together for various applications.

Answer 6

Chapter 2, Problem 38DAP

(a)

Summary Introduction

To determine: The way by which a switchable surfactant is used to clean up and then recover the oil from an oil spill.

Introduction:

The hydrophobic molecules repel water, while they are more soluble in oil than water. The water is a universal solvent, but the nonpolar substances are not soluble in water. This makes very difficult to wash oily dishes and mixing of both water and oil phase. The amphipathic compounds include surfactants that are used to suspend or mix the two phases together for various applications.

Answer 7

Chapter 2, Problem 38DAP

(a)

Summary Introduction

To determine: The way by which a switchable surfactant is used to clean up and then recover the oil from an oil spill.

Introduction:

The hydrophobic molecules repel water, while they are more soluble in oil than water. The water is a universal solvent, but the nonpolar substances are not soluble in water. This makes very difficult to wash oily dishes and mixing of both water and oil phase. The amphipathic compounds include surfactants that are used to suspend or mix the two phases together for various applications.

Answer 8

(b)

Summary Introduction

To determine: Which side will the equilibrium shift when the given pK_a of amidinium ion is 12.4.

Introduction:

The hydrophobic molecules repel water, while they are more soluble in oil than water. The water is a universal solvent but the nonpolar substances are not soluble in water. This makes very difficult to wash oily dishes and mixing of both water and oil phase. The amphipathic compounds include surfactants that are used to suspend or mix the two phases together for various applications.

Answer 9

(b)

Summary Introduction

To determine: Which side will the equilibrium shift when the given pK_a of amidinium ion is 12.4.

Introduction:

The hydrophobic molecules repel water, while they are more soluble in oil than water. The water is a universal solvent but the nonpolar substances are not soluble in water. This makes very difficult to wash oily dishes and mixing of both water and oil phase. The amphipathic compounds include surfactants that are used to suspend or mix the two phases together for various applications.

Answer 10

(c)

Summary Introduction

To explain: The reason behind the amidinium form of s-surf is a powerful surfactant and the amidine form is not powerful.

Introduction:

The hydrophobic molecules repel water, while they are more soluble in oil than water. The water is a universal solvent but the nonpolar substances are not soluble in water. This makes very difficult to wash oily dishes and mixing of both water and oil phase. The amphipathic compounds include surfactants that are used to suspend or mix the two phases together for various applications.

Answer 11

(c)

Summary Introduction

To explain: The reason behind the amidinium form of s-surf is a powerful surfactant and the amidine form is not powerful.

Introduction:

The hydrophobic molecules repel water, while they are more soluble in oil than water. The water is a universal solvent but the nonpolar substances are not soluble in water. This makes very difficult to wash oily dishes and mixing of both water and oil phase. The amphipathic compounds include surfactants that are used to suspend or mix the two phases together for various applications.

Answer 12

(d)

Summary Introduction

To determine: The form in which there is majority of s-surf in point A and point B.

Introduction:

The hydrophobic molecules repel water, while they are more soluble in oil than water. The water is a universal solvent but the nonpolar substances are not soluble in water. This makes very difficult to wash oily dishes and mixing of both water and oil phase. The amphipathic compounds include surfactants that are used to suspend or mix the two phases together for various applications.

Answer 13

(d)

Summary Introduction

To determine: The form in which there is majority of s-surf in point A and point B.

Introduction:

The hydrophobic molecules repel water, while they are more soluble in oil than water. The water is a universal solvent but the nonpolar substances are not soluble in water. This makes very difficult to wash oily dishes and mixing of both water and oil phase. The amphipathic compounds include surfactants that are used to suspend or mix the two phases together for various applications.

Answer 14

(e)

Summary Introduction

To explain: The reason behind the rise of electrical conductivity from time 0 at point A.

Introduction:

The hydrophobic molecules repel water, while they are more soluble in oil than water. The water is a universal solvent but the nonpolar substances are not soluble in water. This makes very difficult to wash oily dishes and mixing of both water and oil phase. The amphipathic compounds include surfactants that are used to suspend or mix the two phases together for various applications.

Answer 15

(e)

Summary Introduction

To explain: The reason behind the rise of electrical conductivity from time 0 at point A.

Introduction:

The hydrophobic molecules repel water, while they are more soluble in oil than water. The water is a universal solvent but the nonpolar substances are not soluble in water. This makes very difficult to wash oily dishes and mixing of both water and oil phase. The amphipathic compounds include surfactants that are used to suspend or mix the two phases together for various applications.

Answer 16

(f)

Summary Introduction

To explain: The reason behind the fall of electrical conductivity from point A to point B.

Introduction:

The hydrophobic molecules repel water, while they are more soluble in oil than water. The water is a universal solvent but the nonpolar substances are not soluble in water. This makes very difficult to wash oily dishes and mixing of both water and oil phase. The amphipathic compounds include surfactants that are used to suspend or mix the two phases together for various applications.

Answer 17

(f)

Summary Introduction

To explain: The reason behind the fall of electrical conductivity from point A to point B.

Introduction:

The hydrophobic molecules repel water, while they are more soluble in oil than water. The water is a universal solvent but the nonpolar substances are not soluble in water. This makes very difficult to wash oily dishes and mixing of both water and oil phase. The amphipathic compounds include surfactants that are used to suspend or mix the two phases together for various applications.

Answer 18

(g)

Summary Introduction

To explain: The use of “s-surf” to clean up and recover the oil from an oil spill.

Introduction:

The hydrophobic molecules repel water, while they are more soluble in oil than water. The water is a universal solvent but the nonpolar substances are not soluble in water. This makes very difficult to wash oily dishes and mixing of both water and oil phase. The amphipathic compounds include surfactants that are used to suspend or mix the two phases together for various applications.

Answer 19

(g)

Summary Introduction

To explain: The use of “s-surf” to clean up and recover the oil from an oil spill.

Introduction:

The hydrophobic molecules repel water, while they are more soluble in oil than water. The water is a universal solvent but the nonpolar substances are not soluble in water. This makes very difficult to wash oily dishes and mixing of both water and oil phase. The amphipathic compounds include surfactants that are used to suspend or mix the two phases together for various applications.

Answer 20

Expert Solution & Answer

Answer 21

Expert Solution & Answer

Answer 22

Want to see the full answer?

Check out a sample textbook solution

See solution

Answer 23

Ch. 2 - Prob. 1P Ch. 2 - Prob. 2P Ch. 2 - Prob. 3P Ch. 2 - Prob. 4P Ch. 2 - Prob. 5P Ch. 2 - Prob. 6P Ch. 2 - Prob. 7P Ch. 2 - Prob. 8P Ch. 2 - Prob. 9P Ch. 2 - Prob. 10P

Videos

Want to see the full answer?

Chapter 2 Solutions