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90 notecards = 23 pages (4 cards per page)

Viewing:

Bio 2 Lab Practical 2 - Plant Models and Slides

front 1

What is this an image of?

back 1

dicot leaf (model)

front 2

Name label A

back 2

epidermis

front 3

name label B

back 3

bundle sheath extension

front 4

name label c

back 4

phloem

front 5

name label d

back 5

xylem

front 6

name label e

back 6

bundle sheath extension

front 7

name label f

back 7

palisade layer

front 8

name label g

back 8

bundle sheath

front 9

name label h

back 9

spongy layer

front 10

name label i

back 10

stoma

front 11

What is this an image of?

back 11

flower (model)

front 12

name label a

back 12

stigma

front 13

name label b

back 13

stamen

front 14

name label c

back 14

style

front 15

name label d

back 15

anther

front 16

name label e

back 16

filament

front 17

name label f

back 17

ovary

front 18

name label g

back 18

receptacle

front 19

name label h

back 19

pedicle

front 20

What is this an image of?

back 20

monocot stem (model)

front 21

name label a

back 21

xylem

front 22

name label b

back 22

phloem

front 23

name label c

back 23

sieve cell

front 24

name label d

back 24

companion cell

front 25

name label e

back 25

sclerenchyma

front 26

name label f

back 26

epidermis

front 27

What is this an image of?

back 27

woody dicot leaf (model)

front 28

name label a

back 28

cork

front 29

name label b

back 29

lenticel

front 30

name label c

back 30

phloem ray

front 31

name label d

back 31

epidermis

front 32

name label e

back 32

phloem

front 33

name label f

back 33

vascular cambium

front 34

name label g

back 34

xylem rays

front 35

name label h

back 35

xylem

front 36

what is this a slide of?

back 36

leaf epidermis

front 37

name label a

back 37

guard cell

front 38

name label b

back 38

stoma

front 39

what is this a slide of?

back 39

dicot leaf (section cut)

front 40

name label a

back 40

vascular bundle

front 41

name label b

back 41

epidermis

front 42

name label c

back 42

palisade layer

front 43

name label d

back 43

spongy layer

front 44

name label e

back 44

epidermis

front 45

name label f

back 45

phloem

front 46

name label g

back 46

xylem

front 47

name label h

back 47

stoma

front 48

what is this a slide of?

back 48

monocot leaf

front 49

name label a

back 49

epidermis

front 50

name label b

back 50

sclerenchymal cells

front 51

name label c

back 51

phloem

front 52

name label d

back 52

xylem

front 53

name label e

back 53

stoma

front 54

name label f

back 54

bulliform cells

front 55

name label g

back 55

air space (proto xylem)

front 56

name label h

back 56

vascular bundles

front 57

what is this a slide of?

back 57

monocot stem

front 58

name label a

back 58

vascular bundle

front 59

name label b

back 59

epidermis

front 60

what is this a slide of?

back 60

non-woody dicot stem

front 61

name label a

back 61

xylem

front 62

name label b

back 62

cortex

front 63

name label c

back 63

phloem

front 64

name label d

back 64

schlerenchymal cells

front 65

what is this a slide of?

back 65

woody dicot stem

front 66

name label a

back 66

phloem ray

front 67

name label b

back 67

vascular cambium

front 68

name label c

back 68

phloem

front 69

name label d

back 69

xylem

front 70

name label e

back 70

pith

front 71

what is this an image of?

back 71

woody dicot stem

front 72

name label a

back 72

cork

front 73

name label b

back 73

phloem ray

front 74

name label c

back 74

phloem

front 75

name label d

back 75

xylem

front 76

name label e

back 76

bark

front 77

What is the type of tissue that occupies all the regions between the epidermal and vascular tissues?

back 77

ground tissue

front 78

What is the type of tissue made up of perpetual embryonic (growth) tissues?

back 78

meristem

front 79

What is the type of meristem tissue that causes the plant to grow in length?

back 79

apical meristems

front 80

What is the type of meristem tissue that causes the plant to grow in girth?

back 80

lateral meristems

front 81

What is the type of lateral meristem tissue that produces new xylem, new phloem, and new rays?

back 81

vascular cambium

front 82

What is the type of lateral meristem tissue that replaces epidermis with a thick, tough covering (cork)?

back 82

cork cambium

front 83

Term for all tissues exterior to the vascular cambium

back 83

bark

front 84

Term for cork cambium plus the cork to its exterior

back 84

periderm

front 85

Term for openings in the bark that allow for gas transport necessary in local cellular respiration

back 85

lenticels

front 86

Term for the supporting parenchymal cells that store starches and provide radial transfer of water and minerals

back 86

xylem and phloem rays

front 87

The mesophyll of the leaf is made up of what two layers?

back 87

palisade layer (where most photosynthesis occurs)

spongy layer

front 88

bundle of xylem and phloem in a leaf is called

back 88

vascular bundle or vein

front 89

Name for the yellow ring of collenchymal cells directly surrounding the xylem and phloem. It bunches up the xylem and phloem together

back 89

bundle sheath

front 90

the yellow column of mainly collenchymal cells above and below the vascular bundle that anchors the vein to the surrounding tissue

back 90

bundle sheath extension