The numbers of distinct genomes contained within the cell of a chlorachniophyte. Refer to Fig. 28.3 “Diversity of plastids produced by endosymbiosis”, in the textbook. Concept introduction: Chlorachniophyte are photosynthetic algae that can also feed on smaller protists and bacteria. They are the inhabitants of tropical oceans. The chloroplast of this alga is derived from the endosymbiotic relation of a eukaryotic alga. Pictorial representation: The diversity of plastids produced by endosymbiosis is represented in the Fig.28.3. Fig.1: Diversity of plastids produced by endosymbiosis

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Answer 1

Question

Chapter 28.1, Problem 3CC

Summary Introduction

To determine: The numbers of distinct genomes contained within the cell of a chlorachniophyte. Refer to Fig. 28.3 “Diversity of plastids produced by endosymbiosis”, in the textbook.

Concept introduction: Chlorachniophyte are photosynthetic algae that can also feed on smaller protists and bacteria. They are the inhabitants of tropical oceans. The chloroplast of this alga is derived from the endosymbiotic relation of a eukaryotic alga.

Pictorial representation:

The diversity of plastids produced by endosymbiosis is represented in the Fig.28.3.

Fig.1: Diversity of plastids produced by endosymbiosis

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Answer 2

Question

Chapter 28.1, Problem 3CC

Summary Introduction

To determine: The numbers of distinct genomes contained within the cell of a chlorachniophyte. Refer to Fig. 28.3 “Diversity of plastids produced by endosymbiosis”, in the textbook.

Concept introduction: Chlorachniophyte are photosynthetic algae that can also feed on smaller protists and bacteria. They are the inhabitants of tropical oceans. The chloroplast of this alga is derived from the endosymbiotic relation of a eukaryotic alga.

Pictorial representation:

The diversity of plastids produced by endosymbiosis is represented in the Fig.28.3.

Fig.1: Diversity of plastids produced by endosymbiosis

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Answer 3

Question

Chapter 28.1, Problem 3CC

Summary Introduction

To determine: The numbers of distinct genomes contained within the cell of a chlorachniophyte. Refer to Fig. 28.3 “Diversity of plastids produced by endosymbiosis”, in the textbook.

Concept introduction: Chlorachniophyte are photosynthetic algae that can also feed on smaller protists and bacteria. They are the inhabitants of tropical oceans. The chloroplast of this alga is derived from the endosymbiotic relation of a eukaryotic alga.

Pictorial representation:

The diversity of plastids produced by endosymbiosis is represented in the Fig.28.3.

Fig.1: Diversity of plastids produced by endosymbiosis

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Answer 4

Question

Chapter 28.1, Problem 3CC

Summary Introduction

To determine: The numbers of distinct genomes contained within the cell of a chlorachniophyte. Refer to Fig. 28.3 “Diversity of plastids produced by endosymbiosis”, in the textbook.

Concept introduction: Chlorachniophyte are photosynthetic algae that can also feed on smaller protists and bacteria. They are the inhabitants of tropical oceans. The chloroplast of this alga is derived from the endosymbiotic relation of a eukaryotic alga.

Pictorial representation:

The diversity of plastids produced by endosymbiosis is represented in the Fig.28.3.

Fig.1: Diversity of plastids produced by endosymbiosis

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Answer 5

Chapter 28.1, Problem 3CC

Summary Introduction

To determine: The numbers of distinct genomes contained within the cell of a chlorachniophyte. Refer to Fig. 28.3 “Diversity of plastids produced by endosymbiosis”, in the textbook.

Concept introduction: Chlorachniophyte are photosynthetic algae that can also feed on smaller protists and bacteria. They are the inhabitants of tropical oceans. The chloroplast of this alga is derived from the endosymbiotic relation of a eukaryotic alga.

Pictorial representation:

The diversity of plastids produced by endosymbiosis is represented in the Fig.28.3.

Fig.1: Diversity of plastids produced by endosymbiosis

Answer 6

Chapter 28.1, Problem 3CC

Summary Introduction

To determine: The numbers of distinct genomes contained within the cell of a chlorachniophyte. Refer to Fig. 28.3 “Diversity of plastids produced by endosymbiosis”, in the textbook.

Concept introduction: Chlorachniophyte are photosynthetic algae that can also feed on smaller protists and bacteria. They are the inhabitants of tropical oceans. The chloroplast of this alga is derived from the endosymbiotic relation of a eukaryotic alga.

Pictorial representation:

The diversity of plastids produced by endosymbiosis is represented in the Fig.28.3.

Fig.1: Diversity of plastids produced by endosymbiosis

Answer 7

Chapter 28.1, Problem 3CC

Summary Introduction

To determine: The numbers of distinct genomes contained within the cell of a chlorachniophyte. Refer to Fig. 28.3 “Diversity of plastids produced by endosymbiosis”, in the textbook.

Concept introduction: Chlorachniophyte are photosynthetic algae that can also feed on smaller protists and bacteria. They are the inhabitants of tropical oceans. The chloroplast of this alga is derived from the endosymbiotic relation of a eukaryotic alga.

Pictorial representation:

The diversity of plastids produced by endosymbiosis is represented in the Fig.28.3.

Fig.1: Diversity of plastids produced by endosymbiosis

Answer 8

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Answer 10

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Answer 11

Ch. 28.1 - Cite at least four examples of structural and...Ch. 28.1 - Summarize the role of endosymbiosis in eukaryotic...Ch. 28.1 - Prob. 3CC Ch. 28.2 - Why do some biologists describe the mitochondria...Ch. 28.2 - WHAT IF? DNA sequence data for a diplomonad, a...Ch. 28.3 - Explain why forams have such a well-preserved...Ch. 28.3 - WHAT IF? Would you expect the plastid DNA of...Ch. 28.3 - Prob. 3CC Ch. 28.3 - Prob. 4CC Ch. 28.4 - Contrast red algae and brown algae.

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