The meaning of the statement “solution is hypotonic to cell”. Introduction: Every organism present in the environment is composed of cell. The cell contains three major parts. These are “membrane, cytoplasm, and genetic material”. The cell immersed in solutions changes its volume. The hypotonic solutions bring extreme changes in cell size and volume.

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Answer 1

Question

Chapter 5, Problem 11RQ

Summary Introduction

To determine: The meaning of the statement “solution is hypotonic to cell”.

Introduction: Every organism present in the environment is composed of cell. The cell contains three major parts. These are “membrane, cytoplasm, and genetic material”. The cell immersed in solutions changes its volume. The hypotonic solutions bring extreme changes in cell size and volume.

Summary Introduction

To determine: The meaning of the statement “solution is hypertonic to the same cell”.

Introduction: There are two types of solutions. These are hypertonic solutions and hypotonic solutions. The solution in which the cell swells is called hypotonic solution. The solution in which the cell shrinks is known as hypertonic solutions.

Summary Introduction

To determine: The factor that detects the tonicity of a solution with respect to the cell.

Introduction: The change in the cell volume when a cell is immersed in a solution is known as the tonicity of a solution. The solutions are classified into two types on the basis of tonicity.

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Students have asked these similar questions

You have two solutions that are isosmotic to each other and to a cell. However, when testing for tonicity, one of these solutions is hypotonic and one is isotonic. Briefly explain how this is possible.

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The electrochemical gradient across membranes is important in determining movement across membranes for a certain type(s) of solute. Which kind? Both anions and cations Positively charged (cations) Neutral/uncharged solutes Negatively charged (anions)

Answer 2

Question

Chapter 5, Problem 11RQ

Summary Introduction

To determine: The meaning of the statement “solution is hypotonic to cell”.

Introduction: Every organism present in the environment is composed of cell. The cell contains three major parts. These are “membrane, cytoplasm, and genetic material”. The cell immersed in solutions changes its volume. The hypotonic solutions bring extreme changes in cell size and volume.

Summary Introduction

To determine: The meaning of the statement “solution is hypertonic to the same cell”.

Introduction: There are two types of solutions. These are hypertonic solutions and hypotonic solutions. The solution in which the cell swells is called hypotonic solution. The solution in which the cell shrinks is known as hypertonic solutions.

Summary Introduction

To determine: The factor that detects the tonicity of a solution with respect to the cell.

Introduction: The change in the cell volume when a cell is immersed in a solution is known as the tonicity of a solution. The solutions are classified into two types on the basis of tonicity.

Expert Solution & Answer

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Check out a sample textbook solution

See solution

Answer 3

Question

Chapter 5, Problem 11RQ

Summary Introduction

To determine: The meaning of the statement “solution is hypotonic to cell”.

Introduction: Every organism present in the environment is composed of cell. The cell contains three major parts. These are “membrane, cytoplasm, and genetic material”. The cell immersed in solutions changes its volume. The hypotonic solutions bring extreme changes in cell size and volume.

Summary Introduction

To determine: The meaning of the statement “solution is hypertonic to the same cell”.

Introduction: There are two types of solutions. These are hypertonic solutions and hypotonic solutions. The solution in which the cell swells is called hypotonic solution. The solution in which the cell shrinks is known as hypertonic solutions.

Summary Introduction

To determine: The factor that detects the tonicity of a solution with respect to the cell.

Introduction: The change in the cell volume when a cell is immersed in a solution is known as the tonicity of a solution. The solutions are classified into two types on the basis of tonicity.

Expert Solution & Answer

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Check out a sample textbook solution

See solution

Answer 4

Question

Chapter 5, Problem 11RQ

Summary Introduction

To determine: The meaning of the statement “solution is hypotonic to cell”.

Introduction: Every organism present in the environment is composed of cell. The cell contains three major parts. These are “membrane, cytoplasm, and genetic material”. The cell immersed in solutions changes its volume. The hypotonic solutions bring extreme changes in cell size and volume.

Summary Introduction

To determine: The meaning of the statement “solution is hypertonic to the same cell”.

Introduction: There are two types of solutions. These are hypertonic solutions and hypotonic solutions. The solution in which the cell swells is called hypotonic solution. The solution in which the cell shrinks is known as hypertonic solutions.

Summary Introduction

To determine: The factor that detects the tonicity of a solution with respect to the cell.

Introduction: The change in the cell volume when a cell is immersed in a solution is known as the tonicity of a solution. The solutions are classified into two types on the basis of tonicity.

Expert Solution & Answer

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Check out a sample textbook solution

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Answer 5

Chapter 5, Problem 11RQ

Summary Introduction

To determine: The meaning of the statement “solution is hypotonic to cell”.

Introduction: Every organism present in the environment is composed of cell. The cell contains three major parts. These are “membrane, cytoplasm, and genetic material”. The cell immersed in solutions changes its volume. The hypotonic solutions bring extreme changes in cell size and volume.

Summary Introduction

To determine: The meaning of the statement “solution is hypertonic to the same cell”.

Introduction: There are two types of solutions. These are hypertonic solutions and hypotonic solutions. The solution in which the cell swells is called hypotonic solution. The solution in which the cell shrinks is known as hypertonic solutions.

Summary Introduction

To determine: The factor that detects the tonicity of a solution with respect to the cell.

Introduction: The change in the cell volume when a cell is immersed in a solution is known as the tonicity of a solution. The solutions are classified into two types on the basis of tonicity.

Answer 6

Chapter 5, Problem 11RQ

Summary Introduction

To determine: The meaning of the statement “solution is hypotonic to cell”.

Introduction: Every organism present in the environment is composed of cell. The cell contains three major parts. These are “membrane, cytoplasm, and genetic material”. The cell immersed in solutions changes its volume. The hypotonic solutions bring extreme changes in cell size and volume.

Answer 7

Chapter 5, Problem 11RQ

Summary Introduction

To determine: The meaning of the statement “solution is hypotonic to cell”.

Introduction: Every organism present in the environment is composed of cell. The cell contains three major parts. These are “membrane, cytoplasm, and genetic material”. The cell immersed in solutions changes its volume. The hypotonic solutions bring extreme changes in cell size and volume.

Answer 8

Summary Introduction

To determine: The meaning of the statement “solution is hypertonic to the same cell”.

Introduction: There are two types of solutions. These are hypertonic solutions and hypotonic solutions. The solution in which the cell swells is called hypotonic solution. The solution in which the cell shrinks is known as hypertonic solutions.

Answer 9

Summary Introduction

To determine: The meaning of the statement “solution is hypertonic to the same cell”.

Introduction: There are two types of solutions. These are hypertonic solutions and hypotonic solutions. The solution in which the cell swells is called hypotonic solution. The solution in which the cell shrinks is known as hypertonic solutions.

Answer 10

Summary Introduction

To determine: The factor that detects the tonicity of a solution with respect to the cell.

Introduction: The change in the cell volume when a cell is immersed in a solution is known as the tonicity of a solution. The solutions are classified into two types on the basis of tonicity.

Answer 11

Summary Introduction

To determine: The factor that detects the tonicity of a solution with respect to the cell.

Introduction: The change in the cell volume when a cell is immersed in a solution is known as the tonicity of a solution. The solutions are classified into two types on the basis of tonicity.

Answer 12

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Answer 13

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Answer 14

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Answer 15

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Solution Summary: The author explains the meaning of the statement "solution is hypotonic to the same cell" and the factors that determine the tonicity of a solution.

To determine: The factor that detects the tonicity of a solution with respect to the cell.

Introduction: The change in the cell volume when a cell is immersed in a solution is known as the tonicity of a solution. The solutions are classified into two types on the basis of tonicity.

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Chapter 5 Solutions

Solution Summary: The author explains the meaning of the statement "solution is hypotonic to the same cell" and the factors that determine the tonicity of a solution.

To determine: The factor that detects the tonicity of a solution with respect to the cell. Introduction: The change in the cell volume when a cell is immersed in a solution is known as the tonicity of a solution. The solutions are classified into two types on the basis of tonicity.

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Chapter 5 Solutions

To determine: The factor that detects the tonicity of a solution with respect to the cell.

Introduction: The change in the cell volume when a cell is immersed in a solution is known as the tonicity of a solution. The solutions are classified into two types on the basis of tonicity.