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What you need to know about sexual reproduction in flowers: 1. Flowers contain: 2. The female part of the flower: 3. The male part of the flower: 4. When the pollen is delivered to the pistil, the sperm travels to the egg cell, and the result is 5. Fertilization produces:

What you need to know about sexual reproduction in flowers: 1. Flowers contain: 2. The female part of the flower: 3. The male part of the flower: 4. When the pollen is delivered to the pistil, the sperm travels to the egg cell, and the result is 5. Fertilization produces:

Human Anatomy & Physiology (11th Edition)
Human Anatomy & Physiology (11th Edition)
11th Edition
ISBN:9780134580999
Author:Elaine N. Marieb, Katja N. Hoehn
Publisher:Elaine N. Marieb, Katja N. Hoehn
Chapter1: The Human Body: An Orientation
Section: Chapter Questions
Problem 1RQ: The correct sequence of levels forming the structural hierarchy is A. (a) organ, organ system,...
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What you need to know about sexual reproduction in flowers: 1. Flowers contain: 2. The female part of the flower: 3. The male part of the flower: 4. When the pollen is delivered to the pistil. the sperm travels to the egg cell, and the result is 5. Fertilization produces: Mendel's Use of Pea Plants for Genetics Experiments 1. Pea flowers are normally structures are relatively enclosed inside the flower, the sperm of the flower will fertilize the egg of Since the male and female reproductive the same flower. as the parcnt plant. Even 2. The resulting embryos will have the same though sexual reproduction has occurred, there is just one 3. Mendel knew that these pea plants were "true breeding". This means that if they are allowed to self-pollinate, they would produce: 4. For example: If allowed to self-pollinate, tall plants would always produce tall plants. Plants with yellow seeds would always produce offspring with yellow seeds. 5. These true breeding plants were the cornerstone of Mendel's experiments. Mendel's Work 1. Mendel wanted to produce seeds by joining the egg and sperm from 2. To do this, he had to first prevent the possibility of 3. Mendel cut away the stamens, the male reproductive parts of the flower, and then dusted the remaining female structure with pollen from a different plant. 4. This is known as and produces offspring from two parents. 5. Now Mendel could casily crossbreed plants and experiment with different characteristics. III. Mendel's Experiments A. Terms you need to know: 1. P generation: 2. Fi generation: 3. F2 generation:
Transcribed Image Text:What you need to know about sexual reproduction in flowers: 1. Flowers contain: 2. The female part of the flower: 3. The male part of the flower: 4. When the pollen is delivered to the pistil. the sperm travels to the egg cell, and the result is 5. Fertilization produces: Mendel's Use of Pea Plants for Genetics Experiments 1. Pea flowers are normally structures are relatively enclosed inside the flower, the sperm of the flower will fertilize the egg of Since the male and female reproductive the same flower. as the parcnt plant. Even 2. The resulting embryos will have the same though sexual reproduction has occurred, there is just one 3. Mendel knew that these pea plants were "true breeding". This means that if they are allowed to self-pollinate, they would produce: 4. For example: If allowed to self-pollinate, tall plants would always produce tall plants. Plants with yellow seeds would always produce offspring with yellow seeds. 5. These true breeding plants were the cornerstone of Mendel's experiments. Mendel's Work 1. Mendel wanted to produce seeds by joining the egg and sperm from 2. To do this, he had to first prevent the possibility of 3. Mendel cut away the stamens, the male reproductive parts of the flower, and then dusted the remaining female structure with pollen from a different plant. 4. This is known as and produces offspring from two parents. 5. Now Mendel could casily crossbreed plants and experiment with different characteristics. III. Mendel's Experiments A. Terms you need to know: 1. P generation: 2. Fi generation: 3. F2 generation:
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