To draw internal and external structure of a dicot stem after primary growth and secondary growth. Introduction: Growth is defined as the multiplication of the meristematic cells to form new cells. These new cells differentiate to perform specialized functions. Based on growth pattern and the time of division of meristematic cells, growth is classified into two categories. Primary growth is the growth that increases the length and branching of plant both above and below the soil and secondary growth increases the thickness of the stem.

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Answer 1

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Features Features Embryos with two cotyledons. Veins in leaves form a network, and flower sections are divided into multiples of four or five. The vascular tissue in dicots is arranged in a ring in the stem, whereas in monocots, the vascular tissue is dispersed across the stem. Eudicots develop either herbaceous (like grasses) or woody tissues. Pollen from most eudicots is trisulcate or triporate, meaning it has three furrows or pores. One main root formed from the embryonic radicle normally anchors the root system.

Chapter 44.5, Problem 1CYL

Summary Introduction

To describe:

To draw internal and external structure of a dicot stem after primary growth and secondary growth.

Introduction:

Growth is defined as the multiplication of the meristematic cells to form new cells. These new cells differentiate to perform specialized functions. Based on growth pattern and the time of division of meristematic cells, growth is classified into two categories. Primary growth is the growth that increases the length and branching of plant both above and below the soil and secondary growth increases the thickness of the stem.

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Answer 2

Question

Features Features Embryos with two cotyledons. Veins in leaves form a network, and flower sections are divided into multiples of four or five. The vascular tissue in dicots is arranged in a ring in the stem, whereas in monocots, the vascular tissue is dispersed across the stem. Eudicots develop either herbaceous (like grasses) or woody tissues. Pollen from most eudicots is trisulcate or triporate, meaning it has three furrows or pores. One main root formed from the embryonic radicle normally anchors the root system.

Chapter 44.5, Problem 1CYL

Summary Introduction

To describe:

To draw internal and external structure of a dicot stem after primary growth and secondary growth.

Introduction:

Growth is defined as the multiplication of the meristematic cells to form new cells. These new cells differentiate to perform specialized functions. Based on growth pattern and the time of division of meristematic cells, growth is classified into two categories. Primary growth is the growth that increases the length and branching of plant both above and below the soil and secondary growth increases the thickness of the stem.

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Answer 3

Question

Features Features Embryos with two cotyledons. Veins in leaves form a network, and flower sections are divided into multiples of four or five. The vascular tissue in dicots is arranged in a ring in the stem, whereas in monocots, the vascular tissue is dispersed across the stem. Eudicots develop either herbaceous (like grasses) or woody tissues. Pollen from most eudicots is trisulcate or triporate, meaning it has three furrows or pores. One main root formed from the embryonic radicle normally anchors the root system.

Chapter 44.5, Problem 1CYL

Summary Introduction

To describe:

To draw internal and external structure of a dicot stem after primary growth and secondary growth.

Introduction:

Growth is defined as the multiplication of the meristematic cells to form new cells. These new cells differentiate to perform specialized functions. Based on growth pattern and the time of division of meristematic cells, growth is classified into two categories. Primary growth is the growth that increases the length and branching of plant both above and below the soil and secondary growth increases the thickness of the stem.

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Answer 4

Question

Features Features Embryos with two cotyledons. Veins in leaves form a network, and flower sections are divided into multiples of four or five. The vascular tissue in dicots is arranged in a ring in the stem, whereas in monocots, the vascular tissue is dispersed across the stem. Eudicots develop either herbaceous (like grasses) or woody tissues. Pollen from most eudicots is trisulcate or triporate, meaning it has three furrows or pores. One main root formed from the embryonic radicle normally anchors the root system.

Chapter 44.5, Problem 1CYL

Summary Introduction