These questions will help you prepare for the lesson quiz. Be sure to read the feedback carefully for any questions you answer incorrectly, and review those topics before leaving this lesson and taking the quiz.
Spermatophytes are so named because part of their reproductive process includes these specialized structures.
- flowers
- seeds
- cones
- eggs
These structures store the developing embryo until conditions are favorable.
These structures store the developing embryo until conditions are favorable.
These structures store the developing embryo until conditions are favorable.
These structures store the developing embryo until conditions are favorable.
This process occurs when pollen grains are transported to the female part of a plant.
- fertilization
- elongation
- germination
- pollination
Pollen grains can be transported by wind or insects.
Pollen grains can be transported by wind or insects.
Pollen grains can be transported by wind or insects.
Pollen grains can be transported by wind or insects.
Under favorable conditions, seeds undergo this process.
- germination
- pollination
- fertilization
- elogation
Seeds develop into a young plant.
Seeds develop into a young plant.
Seeds develop into a young plant.
Seeds develop into a young plant.
In addition to absorbing and storing nutrients, what third function do roots perform?
- anchoring the plant
- transporting pollen grains
- increasing genetic diversity
- protecting developing eggs
Roots are the reason plants remain planted!
Roots are the reason plants remain planted!
Roots are the reason plants remain planted!
Roots are the reason plants remain planted!
Mitosis is a cellular division that increases the number of identical cells. What is the effect of meiosis on the cell?
- increases the number of cells
- increases its amount of DNA
- decreases the number of cells
- reduces its amount of DNA
Meiosis produces haploid cells.
Meiosis produces haploid cells.
Meiosis produces haploid cells.
Meiosis produces haploid cells.
These specialized structures transport a large volume of nutrients throughout spermatophytes.
- anthers
- veins
- roots
- pistils
This bundle of vascular tissue is visible in leaves.
This bundle of vascular tissue is visible in leaves.
This bundle of vascular tissue is visible in leaves.
This bundle of vascular tissue is visible in leaves.
Summary
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