Which fluid is hypotonic: extracellular fluid or cytoplasm from the given figure. Introduction: Lipids bilayers are selectively permeable. Substances such as gases, hydrophobic molecules, and water can diffuse through the lipid bilayers, whereas solutes such as polar molecules and ions cannot diffuse. If two fluids that have different solute concentration are separated by a lipid bilayer, then the water diffuses across it. The direction in which the water moves depend on the relative solute concentration of both the fluids. The relative solute concentration is described in terms of tonicity and it is of two types, hypotonic and hypertonic.

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Answer 1

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Chapter 4, Problem 4FIO

Summary Introduction

To determine: Which fluid is hypotonic: extracellular fluid or cytoplasm from the given figure.

Introduction: Lipids bilayers are selectively permeable. Substances such as gases, hydrophobic molecules, and water can diffuse through the lipid bilayers, whereas solutes such as polar molecules and ions cannot diffuse. If two fluids that have different solute concentration are separated by a lipid bilayer, then the water diffuses across it. The direction in which the water moves depend on the relative solute concentration of both the fluids. The relative solute concentration is described in terms of tonicity and it is of two types, hypotonic and hypertonic.

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Answer 2

Question

Chapter 4, Problem 4FIO

Summary Introduction

To determine: Which fluid is hypotonic: extracellular fluid or cytoplasm from the given figure.

Introduction: Lipids bilayers are selectively permeable. Substances such as gases, hydrophobic molecules, and water can diffuse through the lipid bilayers, whereas solutes such as polar molecules and ions cannot diffuse. If two fluids that have different solute concentration are separated by a lipid bilayer, then the water diffuses across it. The direction in which the water moves depend on the relative solute concentration of both the fluids. The relative solute concentration is described in terms of tonicity and it is of two types, hypotonic and hypertonic.

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Answer 3

Question

Chapter 4, Problem 4FIO

Summary Introduction

To determine: Which fluid is hypotonic: extracellular fluid or cytoplasm from the given figure.

Introduction: Lipids bilayers are selectively permeable. Substances such as gases, hydrophobic molecules, and water can diffuse through the lipid bilayers, whereas solutes such as polar molecules and ions cannot diffuse. If two fluids that have different solute concentration are separated by a lipid bilayer, then the water diffuses across it. The direction in which the water moves depend on the relative solute concentration of both the fluids. The relative solute concentration is described in terms of tonicity and it is of two types, hypotonic and hypertonic.

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Answer 4

Question

Chapter 4, Problem 4FIO

Summary Introduction

To determine: Which fluid is hypotonic: extracellular fluid or cytoplasm from the given figure.

Introduction: Lipids bilayers are selectively permeable. Substances such as gases, hydrophobic molecules, and water can diffuse through the lipid bilayers, whereas solutes such as polar molecules and ions cannot diffuse. If two fluids that have different solute concentration are separated by a lipid bilayer, then the water diffuses across it. The direction in which the water moves depend on the relative solute concentration of both the fluids. The relative solute concentration is described in terms of tonicity and it is of two types, hypotonic and hypertonic.

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Answer 5

Chapter 4, Problem 4FIO

Summary Introduction

To determine: Which fluid is hypotonic: extracellular fluid or cytoplasm from the given figure.

Introduction: Lipids bilayers are selectively permeable. Substances such as gases, hydrophobic molecules, and water can diffuse through the lipid bilayers, whereas solutes such as polar molecules and ions cannot diffuse. If two fluids that have different solute concentration are separated by a lipid bilayer, then the water diffuses across it. The direction in which the water moves depend on the relative solute concentration of both the fluids. The relative solute concentration is described in terms of tonicity and it is of two types, hypotonic and hypertonic.

Answer 6

Chapter 4, Problem 4FIO

Summary Introduction

To determine: Which fluid is hypotonic: extracellular fluid or cytoplasm from the given figure.

Introduction: Lipids bilayers are selectively permeable. Substances such as gases, hydrophobic molecules, and water can diffuse through the lipid bilayers, whereas solutes such as polar molecules and ions cannot diffuse. If two fluids that have different solute concentration are separated by a lipid bilayer, then the water diffuses across it. The direction in which the water moves depend on the relative solute concentration of both the fluids. The relative solute concentration is described in terms of tonicity and it is of two types, hypotonic and hypertonic.

Answer 7

Chapter 4, Problem 4FIO

Summary Introduction

To determine: Which fluid is hypotonic: extracellular fluid or cytoplasm from the given figure.

Introduction: Lipids bilayers are selectively permeable. Substances such as gases, hydrophobic molecules, and water can diffuse through the lipid bilayers, whereas solutes such as polar molecules and ions cannot diffuse. If two fluids that have different solute concentration are separated by a lipid bilayer, then the water diffuses across it. The direction in which the water moves depend on the relative solute concentration of both the fluids. The relative solute concentration is described in terms of tonicity and it is of two types, hypotonic and hypertonic.

Answer 8

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Answer 11

Ch. 4 - Figure 4.5 Energy inputs and outputs in chemical...Ch. 4 - Figure 4.10 Enzymes, temperature, and pH. Each...Ch. 4 - Prob. 3FIO Ch. 4 - Prob. 4FIO Ch. 4 - The genus Ferroplasma consists of a few species of...Ch. 4 - Prob. 2DID Ch. 4 - Prob. 3DID Ch. 4 - Prob. 1SQ Ch. 4 - Prob. 2SQ Ch. 4 - Prob. 3SQ

Solution Summary: The author explains that lipid bilayers are selectively permeable, whereas solutes cannot diffuse. The direction in which the water moves depends on the relative solutinity of both the fluids.

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