Bio 201 Midterm 2

Front 1

All species of land plants produce oviles

Back 1

False

Front 2

All species of land plants produce eggs?

Back 2

true

Front 3

All species of land plants produce sperm

Back 3

true

Front 4

All species of land plants produce sporangium?

Back 4

True

Front 5

All species of land plants have roots?

Back 5

false

Front 6

All species of land plants display an alternation of generations?

Back 6

True

Front 7

In all species of land plants, meiosis produces gametes?

Back 7

false

Front 8

In all species of land plants, meiosis produces spores?

Back 8

true

Front 9

In all species of land plants, meiosis produces gametangia?

Back 9

false

Front 10

All species of land plants produce spores that undergo mitosis to produce sporophytes.

Back 10

false

Front 11

All species of land plants produce spores that undergo mitosis to produce gametophytes.

Back 11

true

Front 12

All species of land plants produce spores, that, if successful, fuse with an egg to form a zygote.

Back 12

false

Front 13

gametophytes of homosporous species are unisexual.

Back 13

false

Front 14

an "ovule" is the archegonium of a seed plant.

Back 14

false

Front 15

a "carpel" is the megasporophyll of a flowering plant.

Back 15

true

Front 16

All megasporophylls have multiple or branched veins.

Back 16

false

Front 17

All megaphylls have multiple or branched veins

Back 17

true

Front 18

members of the byrophyta disperse spores, coated in sporepollenin, from their sporangia.

Back 18

true

Front 19

members of the monilophyta disperse spores, coated in sporepollenin, from their sporangia.

Back 19

true

Front 20

Angiosperms dusoerse soiresm ciated ub soireokkenin, from their sporangia.

Back 20

false

Front 21

Members of the Bryophyta have archegonia with jackets of sterile cells.

Back 21

true

Front 22

members of the monilophyta have archegonia with jackets of sterile cells.

Back 22

True

Front 23

Angiosperms have archegonia with jackets of sterile cells.

Back 23

false

Front 24

Members of the Bryophyta have free-living (nutritionally independent) gametophytes?

Back 24

false

Front 25

Members of the monilophyta have free-living (nutritionally independent) gametophytes?

Back 25

true

Front 26

Angiosperms have free-living (nutritionally independent) gametophytes?

Back 26

false

Front 27

Members of the Bryophyta have sporophytes that become free-living(nutritionally-independent).

Back 27

false

Front 28

Members of the monilophyta have sporophytes that become free-living (nutritionally independent).

Back 28

true

Front 29

Angiosperms have sporphytes that become free-living (nutritionally independent)

Back 29

true

Front 30

Angiosperms have sporophytes that become free-living (nutritionally independent)

Back 30

true

Front 31

Secondary growth results from the activity of cambia.

Back 31

True

Front 32

Bryophytes produce spores with sporopollenin in their cell walls, which algae do not.

Back 32

true

Front 33

Seedless vascular plants produce spores with sporopollenin in their cell walls, which bryophytes do not.

Back 33

false

Front 34

Bryophytes produce flagellate sperm while algae do not.

Back 34

false

Front 35

bryophytes produce roots while algae do not

Back 35

false

Front 36

Bryophytes produce lignified tracheary elements (in xylem) whle algae do not

Back 36

false

Front 37

bryophytes produce pollen whle algae do not

Back 37

false

Front 38

byrophytes have sporophytes which feed and protect the developing female gametophyte which is not true in algae.

Back 38

false

Front 39

Seedless vascular plants have flagellated sperm whle bryophytes do not.

Back 39

false

Front 40

Seedless vascular plants produce roots while bryophytes do not

Back 40

true

Front 41

Seedless vascular plants produce lignified tracheary elements (xylem) which bryophytes do not

Back 41

true

Front 42

Seedless vascular plants produce pollen, which bryophytes do not.

Back 42

false

Front 43

The sporophyte of seedless vascular plants feeds and protects the developing female gametophyte which does not happen in bryophytes.

Back 43

false

Front 44

Flowering plants produce spores with sporopollenin in their cell walls while SVPs do not.

Back 44

false

Front 45

Flowering plants produce flagellated sperm while SVPs do not.

Back 45

false

Front 46

Flowering plants produce roots while SVPs do not.

Back 46

false

Front 47

Flowering plants produce lignified tracheary elements (in xylem) while SVPs do not.

Back 47

false

Front 48

Flowering plants produce pollen while SVPs do not.

Back 48

true

Front 49

Flowering plants have sporophytes which feed and protect the developing female gametophyte while SVPs do not.

Back 49

true

Front 50

Phyll means?

Back 50

leaf

Front 51

Angio means?

Back 51

vessel

Front 52

gym means?

Back 52

naked

Front 53

Apic means

Back 53

tip

Front 54

Scler means

Back 54

hard

Front 55

What is an ovule?

Back 55

sporangium with integuments

Front 56

What phyla has megaphylls?

Back 56

monilophyta

Front 57

What cell types have secondary walls?

Back 57

tracheids

Front 58

What cell type is dead at maturity?

Back 58

tracheids

Front 59

Periderm

Back 59

contains cork

Front 60

Which group does not produce sporangia on leaves?

Back 60

Bryophyta

Front 61

What is a sorus?

Back 61

A cluster of sporangia in the ferns

Front 62

A secondary cell wall consists of three extra layers of cellulose and is laid down after a primary cell wall is formed.

Back 62

true