To differentiate: Osmotic adaptations in marine fish and freshwater fish. Introduction: Osmosis refers to the process of diffusion of water molecules across a semipermeable membrane. This movement of water molecules typically occurs to a less dilute solute from a more dilute solute. The osmotic pressure denotes the measure of the solution’s tendency to gain water molecules through osmosis. A solution’s tonicity indicates the measure of its ability to alter the cell’s volume through osmosis. An animal cell takes in water in a hypotonic solution, excretes water in a hypertonic solution, and no net exchange of water is observed when placed in an isotonic solution.

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Answer 1

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Chapter 49.4, Problem 1LO

Summary Introduction

To differentiate: Osmotic adaptations in marine fish and freshwater fish.

Introduction: Osmosis refers to the process of diffusion of water molecules across a semipermeable membrane. This movement of water molecules typically occurs to a less dilute solute from a more dilute solute. The osmotic pressure denotes the measure of the solution’s tendency to gain water molecules through osmosis. A solution’s tonicity indicates the measure of its ability to alter the cell’s volume through osmosis. An animal cell takes in water in a hypotonic solution, excretes water in a hypertonic solution, and no net exchange of water is observed when placed in an isotonic solution.

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Question

Chapter 49.4, Problem 1LO

Summary Introduction

To differentiate: Osmotic adaptations in marine fish and freshwater fish.

Introduction: Osmosis refers to the process of diffusion of water molecules across a semipermeable membrane. This movement of water molecules typically occurs to a less dilute solute from a more dilute solute. The osmotic pressure denotes the measure of the solution’s tendency to gain water molecules through osmosis. A solution’s tonicity indicates the measure of its ability to alter the cell’s volume through osmosis. An animal cell takes in water in a hypotonic solution, excretes water in a hypertonic solution, and no net exchange of water is observed when placed in an isotonic solution.

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Answer 3

Question

Chapter 49.4, Problem 1LO

Summary Introduction

To differentiate: Osmotic adaptations in marine fish and freshwater fish.

Introduction: Osmosis refers to the process of diffusion of water molecules across a semipermeable membrane. This movement of water molecules typically occurs to a less dilute solute from a more dilute solute. The osmotic pressure denotes the measure of the solution’s tendency to gain water molecules through osmosis. A solution’s tonicity indicates the measure of its ability to alter the cell’s volume through osmosis. An animal cell takes in water in a hypotonic solution, excretes water in a hypertonic solution, and no net exchange of water is observed when placed in an isotonic solution.

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Answer 4

Question

Chapter 49.4, Problem 1LO

Summary Introduction

To differentiate: Osmotic adaptations in marine fish and freshwater fish.

Introduction: Osmosis refers to the process of diffusion of water molecules across a semipermeable membrane. This movement of water molecules typically occurs to a less dilute solute from a more dilute solute. The osmotic pressure denotes the measure of the solution’s tendency to gain water molecules through osmosis. A solution’s tonicity indicates the measure of its ability to alter the cell’s volume through osmosis. An animal cell takes in water in a hypotonic solution, excretes water in a hypertonic solution, and no net exchange of water is observed when placed in an isotonic solution.

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Answer 5

Chapter 49.4, Problem 1LO

Summary Introduction

To differentiate: Osmotic adaptations in marine fish and freshwater fish.

Introduction: Osmosis refers to the process of diffusion of water molecules across a semipermeable membrane. This movement of water molecules typically occurs to a less dilute solute from a more dilute solute. The osmotic pressure denotes the measure of the solution’s tendency to gain water molecules through osmosis. A solution’s tonicity indicates the measure of its ability to alter the cell’s volume through osmosis. An animal cell takes in water in a hypotonic solution, excretes water in a hypertonic solution, and no net exchange of water is observed when placed in an isotonic solution.

Answer 6

Chapter 49.4, Problem 1LO

Summary Introduction

To differentiate: Osmotic adaptations in marine fish and freshwater fish.

Introduction: Osmosis refers to the process of diffusion of water molecules across a semipermeable membrane. This movement of water molecules typically occurs to a less dilute solute from a more dilute solute. The osmotic pressure denotes the measure of the solution’s tendency to gain water molecules through osmosis. A solution’s tonicity indicates the measure of its ability to alter the cell’s volume through osmosis. An animal cell takes in water in a hypotonic solution, excretes water in a hypertonic solution, and no net exchange of water is observed when placed in an isotonic solution.

Answer 7

Chapter 49.4, Problem 1LO

Summary Introduction

To differentiate: Osmotic adaptations in marine fish and freshwater fish.

Introduction: Osmosis refers to the process of diffusion of water molecules across a semipermeable membrane. This movement of water molecules typically occurs to a less dilute solute from a more dilute solute. The osmotic pressure denotes the measure of the solution’s tendency to gain water molecules through osmosis. A solution’s tonicity indicates the measure of its ability to alter the cell’s volume through osmosis. An animal cell takes in water in a hypotonic solution, excretes water in a hypertonic solution, and no net exchange of water is observed when placed in an isotonic solution.

Answer 8

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Answer 11

Ch. 49.1 - Prob. 1LO Ch. 49.1 - Prob. 2LO Ch. 49.2 - Identify the relative toxicity and solubility of...Ch. 49.3 - Prob. 1LO Ch. 49.3 - Define reabsorption and secretion.Ch. 49.4 - Prob. 1LO Ch. 49.4 - Explain the role of the loop of Henle in the...Ch. 49.5 - Prob. 1LO Ch. 49.5 - Prob. 2LO Ch. 49.5 - Prob. 3LO

Solution Summary: The author distinguishes between osmotic adaptations in marine fish and freshwater fish.

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