1. Which of the following was the last to appear in the fossil record?
A. angiosperms (flowering plants)
B. all major groups of plants we see today
C.mosses and other bryophytes
D.ferns and other seedless vascular plants
E. pines and other gymnosperms
2. The first land plants were bryophytes, and later ferns, then gymnosperms, then angiosperms evolved. What advantage did angiosperms have over gymnosperms?
A. Angiosperms can produce flowers and fruits to aid in seed dispersal.
B. Angiosperms produce pollen and do not require water to reproduce.
C.The angiosperms can produce spores which are more stable than seeds from gymnosperms.
D.Angiosperms go through alternation of generations.
E.Angiosperms have a vascular system, which allowed them to grow taller.
3. Arabidopsis thaliana is a small angiosperm related to mustard. The fact that it has 139 genes that correspond to disease-causing genes in humans suggests which of the following?
A. Human and Arabidopsis thaliana cells have the same organelles.
B. Humans and Arabidopsis thaliana share a common ancestor.
C.Arabidopsis thaliana and humans can swap genes through transduction.
D.Arabidopsis thaliana evolved from humans.
E. Arabidopsis thaliana can cause diseases in humans.
1. Which of the following was the last to appear in the fossil record?
A. angiosperms (flowering plants)
B. all major groups of plants we see today
C.mosses and other bryophytes
D.ferns and other seedless vascular plants
E. pines and other gymnosperms
2. The first land plants were bryophytes, and later ferns, then gymnosperms, then angiosperms evolved. What advantage did angiosperms have over gymnosperms?
A. Angiosperms can produce flowers and fruits to aid in seed dispersal.
B. Angiosperms produce pollen and do not require water to reproduce.
C.The angiosperms can produce spores which are more stable than seeds from gymnosperms.
D.Angiosperms go through alternation of generations.
E.Angiosperms have a vascular system, which allowed them to grow taller.
3. Arabidopsis thaliana is a small angiosperm related to mustard. The fact that it has 139 genes that correspond to disease-causing genes in humans suggests which of the following?
A. Human and Arabidopsis thaliana cells have the same organelles.
B. Humans and Arabidopsis thaliana share a common ancestor.
C.Arabidopsis thaliana and humans can swap genes through transduction.
D.Arabidopsis thaliana evolved from humans.
E. Arabidopsis thaliana can cause diseases in humans.
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Related textbook solutions
Related questions
Question 1
The key innovation that allowed for plant survival on land, seenin the first land plants and all others after, but not in thecharophytes, is
Question 1 options:
fruit. | |
vascular tissue. | |
the seed. | |
protection of the embryo. |
Question 2
Which dramatic change in the alternation-of-generations lifecycle led to the protection of all phases of the life cycle and theformation of seeds?
Question 2 options:
transition from a dominant gametophyte generation to a dominantsporophyte generation | |
transition from a dominant sporophyte generation to a dominantgametophyte generation |
Question 3
Which structure(s) allow the sporophyte of vascular plants to beprotected against drying out?
Question 3 options:
the waxy covering of leaves, called the cuticle | |
small openings in the leaves, called stomata | |
guard cells that surround each stoma | |
all of these structures protect the dominant sporophyte fromdrying out |
Question 4
Why are the bryophytes called nonvascular plants?
Question 4 options:
because they are specialized for transporting water and organicnutrients | |
because their roots, stems, and leaves lack vascular tissue | |
because they protect their embryo | |
because they produce wind-blown spores |
Question 5
Which generation is dominant in the bryophytes?
Question 5 options:
the generations are equally dominant | |
the sporophyte | |
the gametophyte | |
there is no sporophyte generation in bryophytes |
Question 6
Which of the bryophytes are typically low-lying, due mostly totheir need for moisture and lack of vascular tissue?
Question 6 options:
the mosses | |
the liverworts | |
the hornworts | |
all of the bryophytes are low-lying |
Question 7
Which structure of the moss protects the embryo from dryingout?
Question 7 options:
the archegonium | |
the antheridium | |
the sporangium | |
the stalk |
Question 8
Cooksonia were the first __________ plants; they hadwind-blown spores, __________, leaves, and roots.
Question 8 options:
nonvascular; branches | |
vascular; seeds | |
nonvascular; seeds | |
vascular; branches |
Question 9
The roots of today's lycophytes are much like __________ were inearly vascular plants; the vascular tissue is __________.
Question 9 options:
roots; centrally placed | |
stems; centrally placed | |
leaves; only found at the perimeter | |
branches; only found at the perimeter |
Question 10
Pteridophytes, or ferns and their allies, are __________vascular plants with __________.
Question 10 options:
seed-producing; microphylls | |
seedless; microphylls | |
seedless; megaphylls | |
seed-producing; megaphylls |
Question 11
Microphylls __________. Megaphylls__________.
Question 11 options:
are found in all vascular plants; are only found in thelycophytes | |
are broad leaves with a single strand of vascular tissue; arenarrow and have several strands vascular tissue | |
are broad leaves with several strands of vascular tissue; arenarrow and have a single strand of vascular tissue | |
are narrow and have a single strand of vascular tissue; arebroad leaves with several strands of vascular tissue |
Question 12
The fern life cycle
Question 12 options:
all of these choices accurately describe the fern lifecycle. | |
is dependent on external water. | |
relies on the wind to disperse the spores. | |
produces a gametophyte that lacks vascular tissue. |
Question 13
Seed plants use meiosis to produce
Question 13 options:
spores and pollen. | |
seeds and fruit. | |
pollen and seeds. | |
microspores and megaspores. |
Question 14
In seed plants, a microspore develops into
Question 14 options:
an egg. | |
a pollen grain. | |
a sporophyte. | |
All of these answers correctly complete this sentence. |
Question 15
Within the angiosperms, or ___________, two groups exist. Theyare named for their __________.
Question 15 options:
vascular plants; number of cotyledons, or seed coats | |
nonvascular plants; leaf type | |
flowering plants; number of cotyledons, or seed coats | |
fungi; leaf type |
Question 16
The __________ parts of a flower are the stamens, each of whichhas two parts: the anther and the filament. The __________ parts ofa flower are the carpel, which has three major regions: the stigma,the style, and the __________.
Question 16 options:
female; male; ovary | |
male; female; sepals | |
female; male; sepals | |
male; female; ovary |
Question 17
Double fertilization during the angiosperm life cycle involvestwo sperm, one of which __________, while the other __________.
Question 17 options:
fertilizes the egg to form a zygote; produces the endospermnucleus, which will develop into food for the developing plant | |
is a mature male gametophyte; is an immature malegametophyte | |
lands on the carpel of the plant; is usually blown away in thewind | |
develops into the seed; develops into the fruit that surroundsthe seeds |
Question 18
The bodies of most fungi are made up of a network of filamentscalled hyphae.
Question 18 options:
True | |
False |
Question 19
What is the difference between land fungi and the chytrids?
Question 19 options:
Land fungi are motile and have flagella at all stages of theirlife cycle. The chytrids do not have flagella. | |
Land fungi are nonmotile and do not have flagella at any stageof their life cycle. The chytrids have flagellated spores andgametes. | |
Land fungi are nonmotile and only have flagellated spores. Thechytrids have flagellated spores and gametes. | |
Both are motile for part of their life cycle. Land fungi aremotile as gametes. Chytrids are motile as spores. |
Question 20
The vast majority of described species of fungi are __________fungi, which include unicellular __________, which reproducesexually once their food supply runs out. When yeast ferment, theyproduce ethanol and carbon dioxide.
Question 20 options:
zygospore; black bread molds | |
club; mushroom | |
sac; yeast | |
mutualistic; lichen |
1. Select the true statements concerning tracheids.
| Tracheids are responsible foranchoring the plant to a substrate. | |
| Pterophytes lack tracheids but haveeuphylls. | |
| Without tracheids colonization ofland would not have been possible. | |
| All of the large dominant extantland plants are tracheophytes. | |
| Tracheids allow for efficienttransport of water over longer distances. |
2. Plants lacking well-developed conducting systems such asmosses, liverworts, and hornworts have been called
| sporophytes. | |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
| bryophytes. | |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
| gymnosperms. | |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
| gametophytes. | |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
| angiosperms. 3.Select the true statements concerning gametophytes andsporophytes.
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