About the apical dominance for the plant to have their correct form and the reason for maintaining its bushy form. Introduction: The hormone known as auxin, triggers cells to expand and also causes plants to increase in size. Auxin causes expansion of cells in a stem but prevent the development of lateral buds alongside the stem. Thus, auxin causes apical dominance. Auxin is released at the tip of shoot strongly and prevents branching right down the tip. Auxin-mediated apical dominance is liable to take the shape of the “Christmas tree”, i.e., young conifers shape.

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Chapter 26, Problem 3AAATB

Summary Introduction

To write:

About the apical dominance for the plant to have their correct form and the reason for maintaining its bushy form.

Introduction:

The hormone known as auxin, triggers cells to expand and also causes plants to increase in size. Auxin causes expansion of cells in a stem but prevent the development of lateral buds alongside the stem. Thus, auxin causes apical dominance. Auxin is released at the tip of shoot strongly and prevents branching right down the tip. Auxin-mediated apical dominance is liable to take the shape of the “Christmas tree”, i.e., young conifers shape.

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Chapter 26, Problem 3AAATB

Summary Introduction

To write:

About the apical dominance for the plant to have their correct form and the reason for maintaining its bushy form.

Introduction:

The hormone known as auxin, triggers cells to expand and also causes plants to increase in size. Auxin causes expansion of cells in a stem but prevent the development of lateral buds alongside the stem. Thus, auxin causes apical dominance. Auxin is released at the tip of shoot strongly and prevents branching right down the tip. Auxin-mediated apical dominance is liable to take the shape of the “Christmas tree”, i.e., young conifers shape.

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Answer 3

Question

Chapter 26, Problem 3AAATB

Summary Introduction

To write:

About the apical dominance for the plant to have their correct form and the reason for maintaining its bushy form.

Introduction:

The hormone known as auxin, triggers cells to expand and also causes plants to increase in size. Auxin causes expansion of cells in a stem but prevent the development of lateral buds alongside the stem. Thus, auxin causes apical dominance. Auxin is released at the tip of shoot strongly and prevents branching right down the tip. Auxin-mediated apical dominance is liable to take the shape of the “Christmas tree”, i.e., young conifers shape.

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Answer 4

Question

Chapter 26, Problem 3AAATB

Summary Introduction

To write:

About the apical dominance for the plant to have their correct form and the reason for maintaining its bushy form.

Introduction:

The hormone known as auxin, triggers cells to expand and also causes plants to increase in size. Auxin causes expansion of cells in a stem but prevent the development of lateral buds alongside the stem. Thus, auxin causes apical dominance. Auxin is released at the tip of shoot strongly and prevents branching right down the tip. Auxin-mediated apical dominance is liable to take the shape of the “Christmas tree”, i.e., young conifers shape.

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Answer 5

Chapter 26, Problem 3AAATB

Summary Introduction

To write:

About the apical dominance for the plant to have their correct form and the reason for maintaining its bushy form.

Introduction:

The hormone known as auxin, triggers cells to expand and also causes plants to increase in size. Auxin causes expansion of cells in a stem but prevent the development of lateral buds alongside the stem. Thus, auxin causes apical dominance. Auxin is released at the tip of shoot strongly and prevents branching right down the tip. Auxin-mediated apical dominance is liable to take the shape of the “Christmas tree”, i.e., young conifers shape.

Answer 6

Chapter 26, Problem 3AAATB

Summary Introduction

To write:

About the apical dominance for the plant to have their correct form and the reason for maintaining its bushy form.

Introduction:

The hormone known as auxin, triggers cells to expand and also causes plants to increase in size. Auxin causes expansion of cells in a stem but prevent the development of lateral buds alongside the stem. Thus, auxin causes apical dominance. Auxin is released at the tip of shoot strongly and prevents branching right down the tip. Auxin-mediated apical dominance is liable to take the shape of the “Christmas tree”, i.e., young conifers shape.

Answer 7

Chapter 26, Problem 3AAATB

Summary Introduction

To write:

About the apical dominance for the plant to have their correct form and the reason for maintaining its bushy form.

Introduction:

The hormone known as auxin, triggers cells to expand and also causes plants to increase in size. Auxin causes expansion of cells in a stem but prevent the development of lateral buds alongside the stem. Thus, auxin causes apical dominance. Auxin is released at the tip of shoot strongly and prevents branching right down the tip. Auxin-mediated apical dominance is liable to take the shape of the “Christmas tree”, i.e., young conifers shape.

Answer 8

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Answer 11

Ch. 26 - Prob. 1LTB Ch. 26 - How do the C4 and CAM adaptations to...Ch. 26 - Prob. 3LTB Ch. 26 - Add labels to the figure that follows, which...Ch. 26 - Prob. 5LTB Ch. 26 - Prob. 6LTB Ch. 26 - Prob. 7LTB Ch. 26 - Prob. 8LTB Ch. 26 - Prob. 9LTB Ch. 26 - Prob. 10LTB

Solution Summary: The author explains that auxin causes apical dominance, which is liable to take the shape of the "Christmas tree"

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