When suitable conditions for germination prevail, seed starts to germinate. Initially water is absorbed, causing the embryo to enlarge and the seed coat to burst. Utilizing the fat and starch reserves of the endosperm and embryo, metabolic activity increases dramatically and the plant begins growing. In many plants, the cotyledons can photosynthesize after their energy reserves are used, providing even more energy for the plant

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Chapter 18, Problem 12MC

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Introduction:

When suitable conditions for germination prevail, seed starts to germinate. Initially water is absorbed, causing the embryo to enlarge and the seed coat to burst. Utilizing the fat and starch reserves of the endosperm and embryo, metabolic activity increases dramatically and the plant begins growing. In many plants, the cotyledons can photosynthesize after their energy reserves are used, providing even more energy for the plant

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Chapter 18, Problem 12MC

Summary Introduction

Introduction:

When suitable conditions for germination prevail, seed starts to germinate. Initially water is absorbed, causing the embryo to enlarge and the seed coat to burst. Utilizing the fat and starch reserves of the endosperm and embryo, metabolic activity increases dramatically and the plant begins growing. In many plants, the cotyledons can photosynthesize after their energy reserves are used, providing even more energy for the plant

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Chapter 18, Problem 12MC

Summary Introduction

Introduction:

When suitable conditions for germination prevail, seed starts to germinate. Initially water is absorbed, causing the embryo to enlarge and the seed coat to burst. Utilizing the fat and starch reserves of the endosperm and embryo, metabolic activity increases dramatically and the plant begins growing. In many plants, the cotyledons can photosynthesize after their energy reserves are used, providing even more energy for the plant

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Answer 4

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Chapter 18, Problem 12MC

Summary Introduction

Introduction:

When suitable conditions for germination prevail, seed starts to germinate. Initially water is absorbed, causing the embryo to enlarge and the seed coat to burst. Utilizing the fat and starch reserves of the endosperm and embryo, metabolic activity increases dramatically and the plant begins growing. In many plants, the cotyledons can photosynthesize after their energy reserves are used, providing even more energy for the plant

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Answer 5

Chapter 18, Problem 12MC

Summary Introduction

Introduction:

When suitable conditions for germination prevail, seed starts to germinate. Initially water is absorbed, causing the embryo to enlarge and the seed coat to burst. Utilizing the fat and starch reserves of the endosperm and embryo, metabolic activity increases dramatically and the plant begins growing. In many plants, the cotyledons can photosynthesize after their energy reserves are used, providing even more energy for the plant

Answer 6

Chapter 18, Problem 12MC

Summary Introduction

Introduction:

When suitable conditions for germination prevail, seed starts to germinate. Initially water is absorbed, causing the embryo to enlarge and the seed coat to burst. Utilizing the fat and starch reserves of the endosperm and embryo, metabolic activity increases dramatically and the plant begins growing. In many plants, the cotyledons can photosynthesize after their energy reserves are used, providing even more energy for the plant

Answer 7

Chapter 18, Problem 12MC

Summary Introduction

Introduction:

When suitable conditions for germination prevail, seed starts to germinate. Initially water is absorbed, causing the embryo to enlarge and the seed coat to burst. Utilizing the fat and starch reserves of the endosperm and embryo, metabolic activity increases dramatically and the plant begins growing. In many plants, the cotyledons can photosynthesize after their energy reserves are used, providing even more energy for the plant

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Answer 11

Ch. 18 - Prob. 1SA Ch. 18 - Prob. 2SA Ch. 18 - Prob. 3SA Ch. 18 - Prob. 4SA Ch. 18 - Prob. 5SA Ch. 18 - Prob. 6SA Ch. 18 - Prob. 7SA Ch. 18 - Prob. 8SA Ch. 18 - Prob. 9SA Ch. 18 - Prob. 10SA

Solution Summary: The author explains that photosynthesis starts when the shoot emerges from the soil and the cotyledons, after using up the reserved energy, start to produce the food.

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