The reason why a biologist may avoid using the term “extremophile prokaryotes” to refer to the domain Archaea. Introduction: The distinctive biochemical characteristics of archaea are best recognized. Extremophiles are individuals in the Archaea phylum who thrive in extremely acidic or basic, hot or cold, or high-pressure situations. Archaea have developed highly distinctive cell membranes and cell walls as a result of evolution to live in these harsh environments. These structures have a different chemical composition than bacteria.

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Answer 1

Question

Chapter 3.2, Problem 3MC

Summary Introduction

To analyze:

The reason why a biologist may avoid using the term “extremophile prokaryotes” to refer to the domain Archaea.

Introduction:

The distinctive biochemical characteristics of archaea are best recognized. Extremophiles are individuals in the Archaea phylum who thrive in extremely acidic or basic, hot or cold, or high-pressure situations. Archaea have developed highly distinctive cell membranes and cell walls as a result of evolution to live in these harsh environments. These structures have a different chemical composition than bacteria.

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Answer 2

Question

Chapter 3.2, Problem 3MC

Summary Introduction

To analyze:

The reason why a biologist may avoid using the term “extremophile prokaryotes” to refer to the domain Archaea.

Introduction:

The distinctive biochemical characteristics of archaea are best recognized. Extremophiles are individuals in the Archaea phylum who thrive in extremely acidic or basic, hot or cold, or high-pressure situations. Archaea have developed highly distinctive cell membranes and cell walls as a result of evolution to live in these harsh environments. These structures have a different chemical composition than bacteria.

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Answer 3

Question

Chapter 3.2, Problem 3MC

Summary Introduction

To analyze:

The reason why a biologist may avoid using the term “extremophile prokaryotes” to refer to the domain Archaea.

Introduction:

The distinctive biochemical characteristics of archaea are best recognized. Extremophiles are individuals in the Archaea phylum who thrive in extremely acidic or basic, hot or cold, or high-pressure situations. Archaea have developed highly distinctive cell membranes and cell walls as a result of evolution to live in these harsh environments. These structures have a different chemical composition than bacteria.

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Answer 4

Question

Chapter 3.2, Problem 3MC

Summary Introduction

To analyze:

The reason why a biologist may avoid using the term “extremophile prokaryotes” to refer to the domain Archaea.

Introduction:

The distinctive biochemical characteristics of archaea are best recognized. Extremophiles are individuals in the Archaea phylum who thrive in extremely acidic or basic, hot or cold, or high-pressure situations. Archaea have developed highly distinctive cell membranes and cell walls as a result of evolution to live in these harsh environments. These structures have a different chemical composition than bacteria.

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Answer 5

Chapter 3.2, Problem 3MC

Summary Introduction

To analyze:

The reason why a biologist may avoid using the term “extremophile prokaryotes” to refer to the domain Archaea.

Introduction:

The distinctive biochemical characteristics of archaea are best recognized. Extremophiles are individuals in the Archaea phylum who thrive in extremely acidic or basic, hot or cold, or high-pressure situations. Archaea have developed highly distinctive cell membranes and cell walls as a result of evolution to live in these harsh environments. These structures have a different chemical composition than bacteria.

Answer 6

Chapter 3.2, Problem 3MC

Summary Introduction

To analyze:

The reason why a biologist may avoid using the term “extremophile prokaryotes” to refer to the domain Archaea.

Introduction:

The distinctive biochemical characteristics of archaea are best recognized. Extremophiles are individuals in the Archaea phylum who thrive in extremely acidic or basic, hot or cold, or high-pressure situations. Archaea have developed highly distinctive cell membranes and cell walls as a result of evolution to live in these harsh environments. These structures have a different chemical composition than bacteria.

Answer 7

Chapter 3.2, Problem 3MC

Summary Introduction

To analyze:

The reason why a biologist may avoid using the term “extremophile prokaryotes” to refer to the domain Archaea.

Introduction:

The distinctive biochemical characteristics of archaea are best recognized. Extremophiles are individuals in the Archaea phylum who thrive in extremely acidic or basic, hot or cold, or high-pressure situations. Archaea have developed highly distinctive cell membranes and cell walls as a result of evolution to live in these harsh environments. These structures have a different chemical composition than bacteria.

Answer 8

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Answer 9

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Answer 10

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Answer 11

Ch. 3.1 - Why are cells, not atoms, the basic units of life?Ch. 3.1 - How have microscopes advanced the study of cells?Ch. 3.1 - What are the original components of the cell...Ch. 3.1 - Prob. 4MC Ch. 3.1 - Which molecules and structures occur in all cells?Ch. 3.1 - Describe adaptations that increase the ratio of...Ch. 3.2 - How do prokaryotic cells differ from eukaryotic...Ch. 3.2 - Prob. 2MC Ch. 3.2 - Prob. 3MC Ch. 3.2 - What is the relationship between cells and...

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