Free Printable Science Fungi and Plants

1.

What are fungi

a)

Eukaryotic

b)

Mutlicelluar except yeast

c)

heterotrophs

d)

cell wall made of chitin

e)

decomposers

2.

How do fungi reproduce

a)

spores

b)

budding

c)

fragmentation

d)

seeds

3.

what are examples of fungi

a)

mushrooms

b)

algae

c)

mold

d)

yeast

e)

mildew

4.

what are plants

a)

eukaryotic

b)

multicellular

c)

autotrophs

d)

unicellular

e)

prokaryotic

5.

what are phylum anthrophyta

a)

flowering plants

b)

conifers

c)

ferns

d)

moss and liverworts

6.

what are Phylum Coniferophyta

a)

flowering plants

b)

conifers

c)

ferns

d)

moss and liverworts

7.

what are Phylum pterophyta

a)

flowering plants

b)

conifers

c)

ferns

d)

moss and liverworts

8.

what are Phylum Bryophta

a)

flowering plants

b)

conifers

c)

ferns

d)

moss and liverworts

9.

what phylums are vascular

a)

anthophyta

b)

coniferophyta

c)

pterophyta

d)

Bryophyta

10.

what phylums are non-vascular

a)

anthophyta

b)

coniferophyta

c)

pterophyta

d)

Bryophyta

11.

phylum reproduce by seeds

a)

anthophyta

b)

coniferophyta

c)

pterophyta

d)

Bryophyta

12.

phylum reproduce by spores

a)

anthophyta

b)

coniferophyta

c)

pterophyta

d)

Bryophyta

13.

phylum contains seeds and fruits

a)

anthophyta

b)

coniferophyta

c)

pterophyta

d)

Bryophyta

14.

phylum contains seeds cones and needles

a)

anthophyta

b)

coniferophyta

c)

pterophyta

d)

Bryophyta

15.

phylum contains spores> 10 cm tall

a)

anthophyta

b)

coniferophyta

c)

pterophyta

d)

Bryophyta

16.

phylum contains spores< 10 cm tall

a)

anthophyta

b)

coniferophyta

c)

pterophyta

d)

Bryophyta

17.

phylum contains no true roots term or leaves

a)

anthophyta

b)

coniferophyta

c)

pterophyta

d)

Bryophyta

18.

what are vascular tissue

a)

xylem tubes

b)

pholemtubes

c)

monocots

d)

dicots

19.

what are vascular plants

a)

xylem and phloem

b)

no xylem and phloem

c)

just xylem

d)

just phloem

20.

what are non-vascular plants

a)

xylem and phloem

b)

no xylem and phloem

c)

just xylem

d)

just phloem

21.

what do xylem tubes do

a)

transport H2O

b)

transport sugar

c)

transport air

d)

transport light

22.

what do phloem tubes do

a)

transport H2O

b)

transport sugar

c)

transport air

d)

transport light

23.

what are monocots

a)

parallel vines

b)

flowers petals and 3's

c)

branched veins

d)

flower petals in 4's and 5's

24.

what are Diacots

a)

parallel vines

b)

flowers petals and 3's

c)

branched veins

d)

flower petals in 4's and 5's

25.

what is the equation for photosynthesis

a)

6co2 +6h2o= c6h12o6 +6o2

b)

c6h12o6 +6o2=6co2 +6h2o

26.

what do the leaves do

a)

gas exchange co2 in o2 out

b)

photosynthesis

c)

Transpiration

d)

cell respiration

e)

yeast fermentation

27.

what is the green thing in the wandering jew

a)

guard cells

b)

lower epidermal cells

c)

stroma

28.

what is the purple thing in the wandering jew

a)

guard cells

b)

lower epidermal cells

c)

stroma

29.

how many stoma are present

a)

2

b)

3

c)

4

d)

20

30.

what ingredient enters through the stoma

a)

co2

b)

h2o

c)

02

d)

ethyl alcohol

31.

what ingredient lave through the stoma

a)

co2

b)

h2o

c)

02

d)

ethyl alcohol

32.

what is created by yeast in anaerobic respiration

a)

co2

b)

ethyl alcohol

c)

oxygen

d)

water

33.

what are cell walls in fungi made of

a)

chitin

b)

cellouse

34.

why are stoma located in lower epidermis

a)

co2 goes in there

b)

cuticle block them from the upper

c)

they can go through the upper

35.

when do stoma close and why

a)

the day

b)

the night

c)

guard cells lose water

d)

so they can release water and oxygen

e)

to take in carbon

36.

what is a peticule

a)

the stalk which attaches to a leaf of a steam

b)

water evaporates form the stoma of a leaf. This process cools the pant and also acts like a vacuum creating a suction to Bring more water up from the roots. A plant typically loses 90% if a water in this manner.

c)

they shut down chlorophyll production so weaker pigments show

d)

protects against herbivores fro eating and with water loss

e)

it helps capture bugs

37.

what is a transpiration

a)

the stalk which attaches to a leaf of a steam

b)

water evaporates form the stoma of a leaf. This process cools the pant and also acts like a vacuum creating a suction to Bring more water up from the roots. A plant typically loses 90% if a water in this manner.

c)

they shut down chlorophyll production so weaker pigments show

d)

protects against herbivores fro eating and with water loss

e)

it helps capture bugs

38.

why do leaves change in the fall

a)

the stalk which attaches to a leaf of a steam

b)

water evaporates form the stoma of a leaf. This process cools the pant and also acts like a vacuum creating a suction to Bring more water up from the roots. A plant typically loses 90% if a water in this manner.

c)

they shut down chlorophyll production so weaker pigments show

d)

protects against herbivores fro eating and with water loss

e)

it helps capture bugs

39.

why does cactus leaves having needles be an advantage

a)

the stalk which attaches to a leaf of a steam

b)

water evaporates form the stoma of a leaf. This process cools the pant and also acts like a vacuum creating a suction to Bring more water up from the roots. A plant typically loses 90% if a water in this manner.

c)

they shut down chlorophyll production so weaker pigments show

d)

protects against herbivores from eating and with water loss

e)

it helps capture bugs

40.

what do leaves of the pitcher plant do

a)

the stalk which attaches to a leaf of a steam

b)

water evaporates form the stoma of a leaf. This process cools the pant and also acts like a vacuum creating a suction to Bring more water up from the roots. A plant typically loses 90% if a water in this manner.

c)

they shut down chlorophyll production so weaker pigments show

d)

protects against herbivores from eating and with water loss

e)

it helps capture bugs

41.

what structures must plant have or look like

a)

roots

b)

stem

c)

leaves

d)

green

42.

what structure carries sperm from one plant to another

a)

pollen

b)

seeds

c)

xylem

d)

water

43.

kingdom with score of 3

a)

Kingdom Bacteria

b)

Kingdom Fungi

c)

Kingdom Algae

d)

Kingdom Plantae

44.

kingdom with score of 7

a)

Kingdom Bacteria

b)

Kingdom Fungi

c)

Kingdom Algae

d)

Kingdom Plantae

45.

kingdom with score of 9

a)

Kingdom Bacteria

b)

Kingdom Fungi

c)

Kingdom Algae

d)

Kingdom Plantae

46.

kingdom with score of 12 or more

a)

Kingdom Bacteria

b)

Kingdom Fungi

c)

Kingdom Algae

d)

Kingdom Plantae

47.

plant with score of 12 or more

a)

fern

b)

moss liverworts

c)

conifers

d)

flowering plants

48.

plant with score of 14

a)

fern

b)

moss liverworts

c)

conifers

d)

flowering plants

49.

plant with score of 18

a)

fern

b)

moss liverworts

c)

conifers

d)

flowering plants

50.

plant with score of 20

a)

fern

b)

moss liverworts

c)

conifers

d)

flowering plants

51.

characteristics of 12-13 plants

a)

life like with midribs and life like with mid ribs and don't have true roots terms or leaves

b)

reproduces by spores instead of seeds

c)

they don't produce flowers have seeds in cones reproduce by seeds and usually needle like

d)

have flowers reproduce by seeds

52.

characteristics of 14 plants

a)

life like with midribs and life like with mid ribs and don't have true roots terms or leaves

b)

reproduces by spores instead of seeds

c)

they don't produce flowers have seeds in cones reproduce by seeds and usually needle like

d)

have flowers reproduce by seeds

53.

characteristics of 18 plants

a)

life like with midribs and life like with mid ribs and don't have true roots terms or leaves

b)

reproduces by spores instead of seeds

c)

they don't produce flowers have seeds in cones reproduce by seeds and usually needle like

d)

have flowers reproduce by seeds

54.

characteristics of 20 plants

a)

life like with midribs and life like with mid ribs and don't have true roots terms or leaves

b)

reproduces by spores instead of seeds

c)

they don't produce flowers have seeds in cones reproduce by seeds and usually needle like

d)

have flowers reproduce by seeds

55.

basic unit structural unit of fungi are threadlike filaments

a)

hyphae

b)

mycelium

c)

fungal spores

d)

armillaria butbosa

56.

network of filaments

a)

hyphae

b)

mycelium

c)

fungal spores

d)

armillaria butbosa

57.

where do hyphae develop from

a)

hyphae

b)

mycelium

c)

fungal spores

d)

armillaria butbosa

58.

fungus that ate Michigan

a)

hyphae

b)

mycelium

c)

fungal spores

d)

armillaria butbosa

e)

sprogngium

59.

name of sac in which spores are produced

a)

hyphae

b)

mycelium

c)

fungal spores

d)

armillaria butbosa

e)

sprogngium

60.

why might have fungi been classified in the plants

a)

anchored in soil

b)

have cell walls

c)

autotrophs

d)

unicellular

61.

is it possible to identify a species by the structure of spores

a)

yes

b)

no

62.

how many spores are produced by a single mushroom

a)

hundreds of thousands

b)

hundreds

c)

millions

d)

billions

63.

what organisms make up lichen

a)

fungus

b)

cyanobacteria

c)

algae

d)

sugar

64.

Lichen multalistic relationship

a)

provides dense weak of tangled hyphene which cynobactiera grows form

b)

none

c)

they are in love

d)

panisy

65.

what is the function of cuticle

a)

waxy protective layer

b)

for photosynthesis allows for fungus movement

c)

transport water

d)

transport sugar

e)

gas exchange

66.

what is the function of sponge and palisade mesophyll

a)

control opening and closing of stoma

b)

for photosynthesis allows for fungus movement

c)

transport water

d)

transport sugar

e)

gas exchange

67.

what is the function of xylem

a)

control opening and closing of stoma

b)

for photosynthesis allows for fungus movement

c)

transport water

d)

transport sugar

e)

gas exchange

68.

what is the function of phloem

a)

control opening and closing of stoma

b)

for photosynthesis allows for fungus movement

c)

transport water

d)

transport sugar

e)

gas exchange

69.

what is the function of stoma

a)

control opening and closing of stoma

b)

for photosynthesis allows for fungus movement

c)

transport water

d)

transport sugar

e)

gas exchange

70.

what is the function of guard cells

a)

control opening and closing of stoma

b)

for photosynthesis allows for fungus movement

c)

transport water

d)

transport sugar

e)

gas exchange

71.

what can oxygen and glucose be used for

a)

storage

b)

growth

c)

food

d)

let out

72.

what are the three function of roots

a)

absorbs h2o and minerals

b)

anchors the plants

c)

stores glucose as starch

d)

let out oxygen

73.

ingredients does the provide to the leaves for photosynthesis

a)

water

b)

minerals

c)

by root hairs

d)

xylem

74.

tubes that carry water and minerals out of the plant

a)

water

b)

minerals

c)

by root hairs

d)

xylem

75.

how are minerals absorb

a)

water

b)

minerals

c)

by root hairs

d)

xylem

76.

"nutrient poor" pants and how they get minerals and what they are

a)

eating bugs

b)

Venus flytrap

c)

sundew

d)

flowers

77.

what is a root cap

a)

protective layer of parechyna cells

b)

the outer most layer

c)

absorbs water and dissolves minerals

d)

transport of water

e)

transport sugar

78.

what is a epidermis

a)

protective layer of parechyna cells

b)

boundary between plant and eternal environment

c)

absorbs water and dissolves minerals

d)

transport of water

e)

transport sugar

79.

what is are root hairs

a)

protective layer of parechyna cells

b)

the outer most layer

c)

absorbs water and dissolves minerals

d)

transport of water

e)

transport sugar

80.

what is are cortex do

a)

protective layer of parechyna cells

b)

the outer most layer

c)

absorbs water and dissolves minerals

d)

transport of water

e)

transport sugar

81.

what is are xylem do

a)

protective layer of parechyna cells

b)

the outer most layer

c)

absorbs water and dissolves minerals

d)

transport of water

e)

transport sugar

82.

what is are phloem do

a)

protective layer of parechyna cells

b)

the outer most layer

c)

absorbs water and dissolves minerals

d)

transport of water

e)

transport sugar

83.

what are vascular cambium

a)

main growth layer

b)

waterproof seal around tissue

c)

tissue that gives rise to lateral units

d)

transport of water

e)

transport sugar

84.

what are endodermis

a)

main growth layer

b)

waterproof seal around tissue

c)

tissue that gives rise to lateral units

d)

transport of water

e)

transport sugar

85.

what are pericycle

a)

main growth layer

b)

waterproof seal around tissue

c)

tissue that gives rise to lateral units

d)

transport of water

e)

transport sugar

86.

what is the apical meristem and where it is located

a)

where cells mature

b)

located behind root tip

c)

inform of root tip

d)

where cells die

87.

what are stems functions

a)

contain transport tubes

b)

support leaf

c)

photosynthesis

d)

store sugar

88.

what are the two types of stems

a)

herbaceous

b)

woody

c)

buzz

d)

xylem

89.

what are the characteristics herbaceous stems

a)

soft

b)

green

c)

juicy

d)

usually found on plants that live for 1 growing season

90.

characteristics s of woody stems

a)

hard

b)

rigid

c)

develop woody growth as they mature

d)

found on plants that live several years

91.

what string get stuck on your teeth when you eat celery

a)

xylem

b)

dicots

c)

spring

d)

maple syrup

92.

what is celery

a)

xylem

b)

dicots

c)

spring

d)

maple syrup

93.

at that time of the year would phloem be carrying sugar up to be used for energy

a)

xylem

b)

dicots

c)

spring

d)

maple syrup

94.

what human industry would these phloem sugars be used for

a)

xylem

b)

dicots

c)

spring

d)

maple syrup

95.

what wood has larger xylem tubes and more h20

a)

summer wood

b)

spring wood

96.

what wood has smaller xylem tubes

a)

summer wood

b)

spring wood

97.

what are the 2 types of cambium

a)

cork

b)

vascular

c)

yearly cycle cause to grow at the same amount

d)

they spilt and crack it to grows causes them to crak

e)

I love you would stay in the same spot but it would expand outward

98.

are the rings equal distance

a)

cork

b)

vascular

c)

yearly cycle cause to grow at the same amount

d)

they spilt and crack it to grows causes them to crak

e)

I love you would stay in the same spot but it would expand outward

99.

what are bark spilt and cracked

a)

cork

b)

vascular

c)

yearly cycle cause to grow at the same amount

d)

they spilt and crack it to grows causes them to crak

e)

I love you would stay in the same spot but it would expand outward

100.

if I love you was carved where would it stay

a)

cork

b)

vascular

c)

yearly cycle cause to grow at the same amount

d)

they spilt and crack it to grows causes them to crak

e)

I love you would stay in the same spot but it would expand outward

101.

in conifers how do pollen get to female cones

a)

wind

b)

air

c)

fire

d)

water

102.

what is the first event of the reproduction event in a conifer

a)

male cones relate pollen contain sperm

b)

small, fleshy female cone are open and receive pollen (pollination)

c)

Female cone closes up sperm make down pollen tube to eggs

d)

embryos develop within seeds over a 2 year period

e)

female cones open and seed are relased

103.

what is the 2 event of the reproduction event in a conifer

a)

male cones relate pollen contain sperm

b)

small, fleshy female cone are open and receive pollen (pollination)

c)

Female cone closes up sperm make down pollen tube to eggs

d)

embryos develop within seeds over a 2 year period

e)

female cones open and seed are relased

104.

what is the 2 event of the reproduction event in a conifer

a)

male cones relate pollen contain sperm

b)

small, fleshy female cone are open and receive pollen (pollination)

c)

Female cone closes up sperm make down pollen tube to eggs

d)

embryos develop within seeds over a 2 year period

e)

female cones open and seed are relased

105.

what is the 3 event of the reproduction event in a conifer

a)

male cones relate pollen contain sperm

b)

small, fleshy female cone are open and receive pollen (pollination)

c)

Female cone closes up sperm make down pollen tube to eggs

d)

embryos develop within seeds over a 2 year period

e)

female cones open and seed are relased

106.

what is the 3 event of the reproduction event in a conifer

a)

male cones relate pollen contain sperm

b)

small, fleshy female cone are open and receive pollen (pollination)

c)

Female cone closes up sperm make down pollen tube to eggs

d)

embryos develop within seeds over a 2 year period

e)

female cones open and seed are relased

107.

what is the 4 event of the reproduction event in a conifer

a)

male cones relate pollen contain sperm

b)

small, fleshy female cone are open and receive pollen (pollination)

c)

Female cone closes up sperm make down pollen tube to eggs

d)

embryos develop within seeds over a 2 year period

e)

female cones open and seed are relased

108.

what is the 5 event of the reproduction event in a conifer

a)

male cones relate pollen contain sperm

b)

small, fleshy female cone are open and receive pollen (pollination)

c)

Female cone closes up sperm make down pollen tube to eggs

d)

embryos develop within seeds over a 2 year period

e)

female cones open and seed are relased

109.

the purpose of a flower

a)

to attract pollinators

b)

reward of pollination

c)

1

d)

5

e)

increase fertilization chance

110.

how does nectar help

a)

to attract pollinators

b)

reward of pollination

c)

1

d)

5

e)

increase fertilization chance

111.

pistil present

a)

to attract pollinators

b)

reward of pollination

c)

1

d)

6

e)

increase fertilization chance

112.

stamen

a)

to attract pollinators

b)

reward of pollination

c)

1

d)

6

e)

increase fertilization chance

113.

why many pollen grains produced

a)

to attract pollinators

b)

reward of pollination

c)

1

d)

6

e)

increase fertilization chance

114.

why are some watermelon seeds black and white

a)

not all seeds get fertile

b)

they are eaten by animals and pooped and they have a lot of seed

c)

one does it the same species of plants between two flowers and another does between two followers of different plants

d)

cross pollination because it creates genetic diversity

e)

dispersal

115.

why are fruits beneficial to dispersal

a)

not all seeds get fertile

b)

they are eaten by animals and pooped and they have a lot of seed

c)

one does it the same species of plants between two flowers and another does between two followers of different plants

d)

cross pollination because it creates genetic diversity

e)

dispersal

116.

what is the difference between self pollination and cross pollination and which is better

a)

not all seeds get fertile

b)

they are eaten by animals and pooped and they have a lot of seed

c)

one does it the same species of plants between two flowers and another does between two followers of different plants

d)

cross pollination because it creates genetic diversity

e)

dispersal

117.

advantage of seeds over spores

a)

not all seeds get fertile

b)

they are eaten by animals and pooped and they have a lot of seed

c)

one does it the same species of plants between two flowers and another does between two followers of different plants

d)

cross pollination because it creates genetic diversity

e)

dispersal

118.

rely on pollinators for fertilization

a)

true

b)

false

119.

the both male and female cones live on the same tree

a)

true

b)

false

120.

male cones are larger than female cones

a)

true

b)

false

121.

female cones take 3 years to develop

a)

true

b)

false

122.

the female cone grows in size

a)

true

b)

false

123.

2nd year female cones open and release the seed

a)

true

b)

false

124.

pistil

a)

the male part of a flower

b)

the female part

c)

contains pollen

d)

contains the ovaries

125.

stamen

a)

the male part of a flower

b)

the female part

c)

contains pollen

d)

contains the ovaries

126.

anther

a)

the male part of a flower

b)

the female part

c)

contains pollen

d)

contains the ovaries

127.

ovary

a)

the male part of a flower

b)

the female part

c)

contains pollen

d)

contains the ovaries

128.

fruits

a)

tomato

b)

lettuce

c)

green beans

d)

almond

e)

cherry

129.

vegetables

a)

tomato

b)

lettuce

c)

green beans

d)

almond

e)

cherry

130.

pollinaters

a)

critters that pollinate flowers

b)

cambium that produces xylem and phloem

c)

cambium the produces cork

d)

rings of a tree are mad out of the light part of the ring is called

e)

the dark part of the ring

131.

vascular cambium

a)

critters that pollinate flowers

b)

cambium that produces xylem and phloem

c)

cambium the produces cork

d)

rings of a tree are mad out of the light part of the ring is called

e)

the dark part of the ring

132.

cork cambium

a)

critters that pollinate flowers

b)

cambium that produces xylem and phloem

c)

cambium the produces cork

d)

rings of a tree are mad out of the light part of the ring is called

e)

the dark part of the ring

133.

xylem tubes

a)

critters that pollinate flowers

b)

cambium that produces xylem and phloem

c)

cambium the produces cork

d)

rings of a tree are madeout of

e)

the dark part of the ring

134.

summer wood

a)

critters that pollinate flowers

b)

cambium that produces xylem and phloem

c)

cambium the produces cork

d)

rings of a tree are madeout of

e)

the dark part of the ring

135.

spring wood

a)

the area in the root that allows for elongation of the root

b)

the extension from the epidermis of the root that allows for water absorption

c)

the waterproof seal around the vascular cylinder in a root

d)

the tissue that gives rise to lateral roots

e)

the light part of the ring is called

136.

pericycle

a)

the area in the root that allows for elongation of the root

b)

the extension from the epidermis of the root that allows for water absorption

c)

the waterproof seal around the vascular cylinder in a root

d)

the tissue that gives rise to lateral roots

e)

the light part of the ring is called

137.

endodermis

a)

the area in the root that allows for elongation of the root

b)

the extension from the epidermis of the root that allows for water absorption

c)

the waterproof seal around the vascular cylinder in a root

d)

the tissue that gives rise to lateral roots

e)

the light part of the ring is called

138.

root hair

a)

the area in the root that allows for elongation of the root

b)

the extension from the epidermis of the root that allows for water absorption

c)

the waterproof seal around the vascular cylinder in a root

d)

the tissue that gives rise to lateral roots

e)

the light part of the ring is called

139.

apical mentisum

a)

the area in the root that allows for elongation of the root

b)

the extension from the epidermis of the root that allows for water absorption

c)

the waterproof seal around the vascular cylinder in a root

d)

the area on the bottom of the root that protects the root as it pushes downward

e)

the process where plants can lose up to 90% of their water

140.

root cap

a)

the area in the root that allows for elongation of the root

b)

the extension from the epidermis of the root that allows for water absorption

c)

the waterproof seal around the vascular cylinder in a root

d)

the area on the bottom of the root that protects the root as it pushes downward

e)

the process where plants can lose up to 90% of their water

141.

transpiration

a)

the area in the root that allows for elongation of the root

b)

the extension from the epidermis of the root that allows for water absorption

c)

the waterproof seal around the vascular cylinder in a root

d)

the area on the bottom of the root that protects the root as it pushes downward

e)

the process where plants can lose up to 90% of their water

142.

spores are more advanced than seeds

a)

true

b)

false

143.

pollinators are attracted to the nectar in flowers

a)

true

b)

false

144.

flowers can be pollinated from wind pollinators or water

a)

true

b)

false

145.

its possible that all seeds in an ovary may not get fertilized

a)

true

b)

false

146.

pollen contains plant sperm

a)

true

b)

false

147.

conifers will only have one type of cones growing on them at one time

a)

true

b)

false

148.

regarding conifers male cones are woody and female cones are soft and fleshy

a)

true

b)

false

149.

what is black

a)

cuticle

b)

upper epidermis

c)

palisade mesophyll

d)

vascular bundle

e)

xylem

150.

what is red

a)

cuticle

b)

upper epidermis

c)

palisade mesophyll

d)

vascular bundle

e)

xylem

151.

what is yellow

a)

cuticle

b)

upper epidermis

c)

palisade mesophyll

d)

vascular bundle

e)

xylem

152.

what is green

a)

cuticle

b)

upper epidermis

c)

palisade mesophyll

d)

vascular bundle

e)

xylem

153.

what is blue

a)

cuticle

b)

upper epidermis

c)

palisade mesophyll

d)

vascular bundle

e)

xylem

154.

what is blue

a)

phloem

b)

lower epidermis

c)

spongy mesophyll

d)

guard cells

e)

stomata

155.

what is white

a)

phloem

b)

lower epidermis

c)

spongy mesophyll

d)

guard cells

e)

stomata

156.

what is orange

a)

phloem

b)

lower epidermis

c)

spongy mesophyll

d)

guard cells

e)

stomata

157.

what is pink

a)

phloem

b)

lower epidermis

c)

spongy mesophyll

d)

guard cells

e)

stomata

158.

what is purple

a)

phloem

b)

lower epidermis

c)

spongy mesophyll

d)

guard cells

e)

stomata

159.

what is gray

a)

phloem

b)

lower epidermis

c)

spongy mesophyll

d)

guard cells

e)

stomata

160.

what is black

a)

phloem

b)

xylem

c)

root hair

d)

cortex

e)

pericycle

161.

what is red

a)

phloem

b)

xylem

c)

root hair

d)

cortex

e)

pericycle

162.

what is yellow

a)

endodermis

b)

apical meristem

c)

root hair

d)

cortex

e)

pericycle

163.

what is purple

a)

endodermis

b)

apical meristem

c)

root hair

d)

cortex

e)

pericycle

164.

what is blue

a)

endodermis

b)

apical meristem

c)

root hair

d)

cortex

e)

pericycle

165.

what is green

a)

endodermis

b)

apical meristem

c)

root hair

d)

cortex

e)

pericycle

166.

what is white

a)

endodermis

b)

apical meristem

c)

root hair

d)

cortex

e)

pericycle

Science Fungi and Plants

Total questions: 166

Worksheet time: 1hrs 23mins

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