Answered: Match the structures on the left to the…

Match the structures on the left to the categories on the right. Stem Shoot Radicle Hypocotyl Endosperm 1. A part of an angiosperm seed 2. Not a part of an angiosperm seed

BIOLOGY:CONCEPTS+APPL.(LOOSELEAF)

10th Edition

ISBN:9781305967359

Author:STARR

Publisher:STARR

Chapter21: Plant Evolution

Section: Chapter Questions

Problem 2SA: Which of the following statements is false? a. Ferns produce seeds inside sori. b. Conifers do not...

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Concept explainers

Angiosperm Reproduction

The process of sexual reproduction in flowering plants is known as angiosperm reproduction. In flowering plants, reproduction begins with pollination, or the transfer of male gametes (pollen) from the male reproductive organ (anther) to the female reproductive organ (pistil), and ends with fertilization of the female gametes (egg), which produces a zygote, which then grows to become a mature plant.

Question

answer

Match the structures on the left to the categories on the right.
Stem
Shoot
Radicle
Hypocotyl
Endosperm
1. A part of an angiosperm seed
2. Not a part of an angiosperm seed

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After double fertilization: a zygote and ______ form. an ovule endosperm a cotyledon asuspensor
In flowers, the structures that produce male gametophytes are called _______ ;the strcutures that produce female gametophytes are called _______ . a. pollen grains; flowers c. anthers; stigma b. stamen; carpels d. megaspores; microspores
Theare collectively called the calyx sepals petals tepals stamens
Stem regions at which leaves are attached are called.______ trichomes lenticels nodes internodes
Corn develops from a seedling with a single cotyledon, displays parallel veins on its leaves, and produces monosulcate pollen. It is most likely: a gymnosperm a monocot a eudicot a basal angiosperm
In an angiosperm life cycle, sexual reproduction includes: meiosis within the male gametophyte to produce sperm. meiosis within the female gametophyte to produce eggs. meiosis within the ovary to produce megaspores. fertilization leading to development of microspores. fertilization leading to development of megaspores.
Is the seedling shown on the right a monocot or eudicot? How can you tell?
Figure 32.3 If the anther is missing, what type of reproductive structure will the flower be unable to produce? What term is used to describe a flower that is normally lacking the androecium? What term describes a flower lacking a gynoecium?
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Only angiosperms produce_______. a. pollen c. fruits b. seeds d. all of the above
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Figure 14.26 If a flower lacked a megasporangium, what type of gamete would it not be able to form? If it lacked a microsporangium, what type of gamete would not form?