All bacteria require carbon and energy sources for growth and development. Plants, cyanobacteria, as well as algae are photoautotrophs that utilize water for reducing the carbon dioxide and oxygen that are released as byproducts. The carbon source is from organic compound and the chemicals are the energy source for the chemohetetrophs. For example: fungi , bacteria, and protozoa.

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Chapter 26, Problem 5FIB

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Introduction:

All bacteria require carbon and energy sources for growth and development. Plants, cyanobacteria, as well as algae are photoautotrophs that utilize water for reducing the carbon dioxide and oxygen that are released as byproducts. The carbon source is from organic compound and the chemicals are the energy source for the chemohetetrophs. For example: fungi, bacteria, and protozoa.

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Question

Chapter 26, Problem 5FIB

Summary Introduction

Introduction:

All bacteria require carbon and energy sources for growth and development. Plants, cyanobacteria, as well as algae are photoautotrophs that utilize water for reducing the carbon dioxide and oxygen that are released as byproducts. The carbon source is from organic compound and the chemicals are the energy source for the chemohetetrophs. For example: fungi, bacteria, and protozoa.

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Chapter 26, Problem 5FIB

Summary Introduction

Introduction:

All bacteria require carbon and energy sources for growth and development. Plants, cyanobacteria, as well as algae are photoautotrophs that utilize water for reducing the carbon dioxide and oxygen that are released as byproducts. The carbon source is from organic compound and the chemicals are the energy source for the chemohetetrophs. For example: fungi, bacteria, and protozoa.

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Chapter 26, Problem 5FIB

Summary Introduction

Introduction:

All bacteria require carbon and energy sources for growth and development. Plants, cyanobacteria, as well as algae are photoautotrophs that utilize water for reducing the carbon dioxide and oxygen that are released as byproducts. The carbon source is from organic compound and the chemicals are the energy source for the chemohetetrophs. For example: fungi, bacteria, and protozoa.

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Answer 5

Chapter 26, Problem 5FIB

Summary Introduction

Introduction:

All bacteria require carbon and energy sources for growth and development. Plants, cyanobacteria, as well as algae are photoautotrophs that utilize water for reducing the carbon dioxide and oxygen that are released as byproducts. The carbon source is from organic compound and the chemicals are the energy source for the chemohetetrophs. For example: fungi, bacteria, and protozoa.

Answer 6

Chapter 26, Problem 5FIB

Summary Introduction

Introduction:

All bacteria require carbon and energy sources for growth and development. Plants, cyanobacteria, as well as algae are photoautotrophs that utilize water for reducing the carbon dioxide and oxygen that are released as byproducts. The carbon source is from organic compound and the chemicals are the energy source for the chemohetetrophs. For example: fungi, bacteria, and protozoa.

Answer 7

Chapter 26, Problem 5FIB

Summary Introduction

Introduction:

All bacteria require carbon and energy sources for growth and development. Plants, cyanobacteria, as well as algae are photoautotrophs that utilize water for reducing the carbon dioxide and oxygen that are released as byproducts. The carbon source is from organic compound and the chemicals are the energy source for the chemohetetrophs. For example: fungi, bacteria, and protozoa.

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Answer 11

Ch. 26 - A blogger stated that germs (microorganisms) are...Ch. 26 - Compare human, animal, and plant pathogens that...Ch. 26 - Bioterrorism in the Mail? Of course, John had had...Ch. 26 - A microbiome is composed of _____. a. single, pure...Ch. 26 - Prob. 2MC Ch. 26 - In the environment, nutrients are generally _____....Ch. 26 - Prob. 4MC Ch. 26 - Prob. 5MC Ch. 26 - Nitrification converts _____. a. organic nitrogen...Ch. 26 - Prob. 7MC

Solution Summary: The author explains that all bacteria require carbon and energy sources for growth and development. Carbon fixation is the conversion of carbon dioxide into organic compounds by microbes and other living organisms.

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