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biology Test 2nd Virsus/Bacteria

Total questions: 180

Worksheet time: 2hrs 30mins

Name
Class
Date
1.

what is in out first line of defense ?

a)

skin

b)

nose

c)

mouth

d)

eyes

e)

Urinary tract/repository tract

2.

what does the skin do in the 1st line of defense

a)

think layer of dead cells

b)

sweat has lysozymes (cell bacteria)

c)

hair/mucus

d)

saliva with lysozymes

e)

tears with lysozymes

3.

what does the nose do in the 1st line of defense

a)

think layer of dead cells

b)

sweat has lysozymes (cell bacteria)

c)

hair/mucus

d)

saliva with lysozymes

e)

tears with lysozymes

4.

what does the mouth do in the 1st line of defense

a)

think layer of dead cells

b)

sweat has lysozymes (cell bacteria)

c)

hair/mucus

d)

saliva with lysozymes (acidic ph kills many viruses)

e)

tears with lysozymes

5.

what does the eye do in the 1st line of defense

a)

think layer of dead cells

b)

sweat has lysozymes (cell bacteria)

c)

hair/mucus

d)

saliva with lysozymes (acidic ph kills many viruses)

e)

tears with lysozymes

6.

what does the respiratory tract do in the 1st line of defense

a)

think layer of dead cells

b)

cilla and mucus

c)

hair/mucus

d)

saliva with lysozymes (acidic ph kills many viruses)

e)

acidic from urine prevent bacteria growth

7.

what does the respiratory tract do in the 1st line of defense

a)

think layer of dead cells

b)

cilla and mucus

c)

hair/mucus

d)

saliva with lysozymes (acidic ph kills many viruses)

e)

acidic from urine prevent bacteria growth

8.

What is the lymphatic system?

a)

immune system

b)

system of vessels and nodes

c)

body's defense against pathogens

d)

plant like protists

9.

what is the 1st line of defense

a)

prevent penetration into the body

b)

non specific if its foreign it would get attacked

c)

immune reponses

10.

what is the 2nd t line of defense

a)

prevent penetration into the body

b)

non specific if its foreign it would get attacked

c)

immune reponses

11.

what is the 3 rd line of defense

a)

prevent penetration into the body

b)

non specific if its foreign it would get attacked

c)

immune reponses

12.

what happens in the 2nd line of defense?

a)

Interform

b)

Inflammatory response

c)

microphages

d)

primary immune response

13.

what happens in the 3rd line of defense?

a)

Interform

b)

Inflammatory response

c)

secondary response

d)

primary immune response

14.

what in interform

a)

proteins related by cells under attack

b)

related by cells that are damages

c)

slows down pathogen reproduction and helps body respond in lighting injections

d)

big eaters that will eat anything foreign

15.

what in viruses

a)

interfere with viral reproduction

b)

related by cells that are damages

c)

slows down pathogen reproduction and helps body respond in lighting injections

d)

big eaters that will eat anything foreign

16.

what is histamine

a)

interfere with viral reproduction

b)

related by cells that are damages

c)

slows down pathogen reproduction and helps body respond in lighting injections

d)

big eaters that will eat anything foreign

17.

what is a fever

a)

interfere with viral reproduction

b)

related by cells that are damages

c)

slows down pathogen reproduction and helps body respond in lighting injections

d)

big eaters that will eat anything foreign

18.

what is a macrophages

a)

interfere with viral reproduction

b)

related by cells that are damages

c)

slows down pathogen reproduction and helps body respond in lighting injections

d)

big eaters that will eat anything foreign

19.

what's happens in inflammatory response

a)

histamines

b)

dilations of blood cells

c)

increase in white blood cells

d)

fever

e)

search recognize destroy

20.

what's happens in inflammatory response

a)

histamines

b)

dilations of blood cells

c)

increase in white blood cells

d)

self vs non self

e)

macrophages

21.

What is the Primary Immune Response

a)

2-5 days

b)

7-14 days

c)

1st expose

22.

what happens in the primary immune system

a)

macrophages display foreign antigen and their surface

b)

helper t-cells respond and take care of antigen and find matching b-cells (3-4 days)

c)

once bathing b-cells are found its activated and produces antibodies which latch onto pathogens

d)

macrophage ear inmolorlized pathogens

e)

macrophage immobilized pathogens

23.

what is the 1 step of the primary immune system

a)

macrophages display foreign antigen and their surface

b)

helper t-cells respond and take care of antigen and find matching b-cells (3-4 days)

c)

once bathing b-cells are found its activated and produces antibodies which latch onto pathogens

d)

macrophage ear inmolorlized pathogens

e)

macrophage immobilized pathogens

24.

what is the 2 step of the primary immune system

a)

macrophages display foreign antigen and their surface

b)

helper t-cells respond and take care of antigen and find matching b-cells (3-4 days)

c)

once bathing b-cells are found its activated and produces antibodies which latch onto pathogens

d)

macrophage ear inmolorlized pathogens

e)

macrophage immobilized pathogens

25.

what is the 3 step of the primary immune system

a)

macrophages display foreign antigen and their surface

b)

helper t-cells respond and take care of antigen and find matching b-cells (3-4 days)

c)

once matching b-cells are found its activated and produces antibodies which latch onto pathogens

d)

macrophage ear inmolorlized pathogens

e)

macrophage immobilized pathogens

26.

what is the 4 step of the primary immune system

a)

macrophages display foreign antigen and their surface

b)

helper t-cells respond and take care of antigen and find matching b-cells (3-4 days)

c)

once matching b-cells are found its activated and produces antibodies which latch onto pathogens

d)

macrophage ear inmolorlized pathogens

e)

macrophage immobilized pathogens

27.

what is the 5 step of the primary immune system

a)

macrophages display foreign antigen and their surface

b)

helper t-cells respond and take care of antigen and find matching b-cells (3-4 days)

c)

once matching b-cells are found its activated and produces antibodies which latch onto pathogens

d)

macrophage ear inmolorlized pathogens

e)

memory B cells are formed

28.

what is the 6 step of the primary immune system

a)

macrophages display foreign antigen and their surface

b)

helper t-cells respond and take care of antigen and find matching b-cells (3-4 days)

c)

once matching b-cells are found its activated and produces antibodies which latch onto pathogens

d)

macrophage ear inmolorlized pathogens

e)

memory B cells are formed

29.

what happens in the secondary response

a)

2-5 days

b)

if exposed of the 2nd time memory cells launch antibodies and shutdown pathogens so no symptoms of getting sick

c)

immunity

d)

vaccine

30.

what is vaccine

a)

interfere with viral reproduction

b)

related by cells that are damages

c)

slows down pathogen reproduction and helps body respond in lighting injections

d)

inject antigens from virus, bacteria causes body to age memory b-cell against pathogens

31.

What are protists

a)

eukaryotic

b)

prokaryotic

c)

aquatic habitats

d)

many are unicellular

32.

What are the 3 groups protists

a)

animal like

b)

fungi like

c)

air

d)

plant like

33.

how do protozoans move

a)

cilia

b)

flagella

c)

flying

d)

pseudopods

34.

what are protozoans

a)

heterotrophs

b)

transparent

c)

flying

d)

all uni cellar

35.

how do sardodia move

a)

psedpods

b)

flagella

c)

don't move

d)

cilia

36.

how do cilophora move

a)

psedpods

b)

flagella

c)

don't move

d)

cilia

37.

how do zoomastigina move

a)

psedpods

b)

flagella

c)

don't move

d)

cilia

38.

how do sporozoa move

a)

psedpods

b)

flagella

c)

don't move

d)

cilia

39.

how do sporozoa move

a)

psedpods

b)

flagella

c)

don't move

d)

cilia

40.

how do sporozoa move

a)

psedpods

b)

flagella

c)

don't move

d)

cilia

41.

what are types of pseudopods

a)

amoeba

b)

paramecium

c)

giardia

d)

trichorynpoia

42.

what are types of zoomastagina

a)

amoeba

b)

trypromasona

c)

giardia

d)

trichorynpoia

43.

what are types of cilophora

a)

amoeba

b)

paramecium

c)

plasmodian

d)

trichorynpoia

44.

what are types of sporozoa

a)

amoeba

b)

paramecium

c)

plasmodian

d)

trichorynpoia

45.

what does amoeba cause

a)

cause beaver fever

b)

cause amoebic dysentery

c)

cause African sleeping sickness transmitted by Tse Tse fly

d)

cause malaria

46.

what does plasmodium cause

a)

cause beaver fever

b)

cause amoebic dysentery

c)

cause African sleeping sickness transmitted by Tse Tse fly

d)

cause malaria

47.

what does giardia cause

a)

cause beaver fever

b)

cause amoebic dysentery

c)

cause African sleeping sickness transmitted by Tse Tse fly

d)

cause malaria

48.

what does trypanosoma cause

a)

cause beaver fever

b)

cause amoebic dysentery

c)

cause African sleeping sickness transmitted by Tse Tse fly

d)

cause malaria

49.

what are in kingdom fungi

a)

eukaryotic

b)

muticelluar expect expect yeast

c)

decomposers

d)

cell wall made of chitin

e)

heterotrophs use enzymes/abosored

50.

how do fungi reproduce

a)

spores

b)

budding

c)

fragmentation

d)

sex

51.

what to phagocytes do

a)

they ingest of engulf other cells for partides

b)

redness

c)

heat

d)

swelling

e)

pain

52.

can macrophages leave the blood stream

a)

they can leave the bloodstream as there are two types of wandering and fixed

b)

they form a fluid called pus

c)

no

d)

they leave and die

53.

what do pathogens do they they die and collect into large numbers.

a)

they can leave the bloodstream as there are two types of wandering and fixed

b)

they form a fluid called pus

c)

no

d)

they leave and die

54.

what are the 4 symptoms of inflammation

a)

they ingest of engulf other cells for partides

b)

redness

c)

heat

d)

swelling

e)

pain

55.

how are bacteria classified

a)

archaebacteria

b)

eubacteria

c)

protists

d)

animals

56.

What are the structure of bacteria

a)

the smallest simplest organism on earth (10 microns

b)

unicellular but grow in colonies

c)

prokaryotic

d)

eukaryotic

57.

What are the three shapes

a)

cacus (round)

b)

bacillus (rod)

c)

sprilium spiral shaped

d)

flat

58.

what are the arrangement

a)

singles (diplo

b)

chaines strepto

c)

staphylo clumps

d)

none

59.

what is in a bacteria cell

a)

cell wall

b)

cell membrane

c)

ribosomes

d)

flagella

e)

dna

60.

how do bacteria reproduce

a)

binary fission (every 20)

b)

conjunction use a sexual reproduction to transfer through direct contact

c)

food spoilage

d)

bacterial disease

61.

what is bad about bacteria

a)

binary fission (every 20)

b)

conjunction use a sexual reproduction to transfer through direct contact

c)

food spoilage

d)

bacterial disease

62.

what are good bacteria

a)

symbiotic relationship

b)

decomposers

c)

photosynthesis

d)

nitrogen fixation

e)

food industry

63.

what are good bacteria

a)

symbiotic relationship

b)

decomposers

c)

photosynthesis

d)

bioremdiation

e)

drug productions

64.

what invented the 1st vaccine and what did it do

a)

Edward Jenner

b)

determined cow pox provide immunity against small pox because viruses are similar

c)

Alexander Fleming

d)

noticed on bacteria cultures contained with mold (percuillium notablum)

65.

what invented the 1st antibodies and what did it do

a)

Edward Jenner

b)

determined cow pox provide immunity against small pox because viruses are similar

c)

Alexander Fleming

d)

noticed on bacteria cultures contained with mold (percuillium notablum)

66.

how are viruses classified

a)

non living

b)

named after a disease that might cause

c)

named after a chungus lifestyle

d)

named from aunt jemimia syrups

67.

what is a virus

a)

size (1/2 to 1/100)

b)

shape geometric shapes

c)

structure capsid protein

d)

dna/rna

68.

What are examples of viral diseases ?

a)

Chickepox

b)

Measles

c)

rabies

d)

ebola

e)

ap world history book

69.

How do viruses reproduction

a)

sex

b)

host cell

c)

ap world history book

d)

seeds

70.

What happens in the lytic cycle

a)

attachment

b)

entry

c)

reproduction

d)

assembly

e)

lysn + release

71.

What happens in the lysogenic cycle

a)

viruses becomes a provirus

b)

pops out when you are immunosuppressed

c)

virus of life

d)

combines with DNA of host

72.

What is a interferon

a)

proteins made by cells being allowed by a virus alouts other cells so they can protect themselves

b)

distrust the reproduction of a virus

c)

found in aunt jemimas syrup

d)

ap world history book

73.

What is a Anti-Viral drugs

a)

proteins made by cells being allowed by a virus alouts other cells so they can protect themselves

b)

distrust the reproduction of a virus

c)

found in aunt jemimas syrup

d)

ap world history book

74.

viruses are Alive

a)

true

b)

false

75.

viruses are larger than bacteria

a)

true

b)

false

76.

protein coat on the outside of a virus

a)

capsid

b)

reproduction

c)

host

d)

bacillus (rod)

77.

what are viruses capable of

a)

capsid

b)

reproduction

c)

host

d)

bacillus (rod)

78.

what must all viruses attack

a)

capsid

b)

reproduction

c)

host cell

d)

bacillus (rod)

79.

what shape is bacillus cereus

a)

capsid

b)

spiral(sprillum)

c)

round (coccus)

d)

rod (bacillus )

80.

what shape is micrococcus lutes

a)

capsid

b)

spiral(sprillum)

c)

round (coccus)

d)

rod (bacillus )

81.

what shape is rhondosprillum rubrum

a)

capsid

b)

spiral(sprillum)

c)

round (coccus)

d)

rod (bacillus )

82.

what is the full name for HiV

a)

Human Immunedifficieny virus

b)

human dying viruses

c)

hug inside venom

d)

human world history

83.

what shape is this

a)

cocus

b)

bacillus

c)

sprililum

84.

what shape is this

a)

cocus

b)

bacillus

c)

sprililum

85.

what shape is this

a)

cocus

b)

bacillus

c)

sprililum

86.

what bacteria arrangement is this

a)

sterpto

b)

staphylo

c)

diplo

87.

what bacteria arrangement is this

a)

sterpto

b)

staphylo

c)

diplo

88.

what bacteria arrangement is this

a)

sterpto

b)

staphylo

c)

diplo

89.

has a protein coat called capsid

a)

virus

b)

bacteria

c)

protists (algae)

d)

protists (protozoans)

90.

prokaryotic cells no nucleus

a)

virus

b)

bacteria

c)

protists (algae)

d)

protists (protozoans)

91.

classified by color

a)

virus

b)

bacteria

c)

protists (algae)

d)

protists (protozoans)

92.

classified by movement

a)

virus

b)

bacteria

c)

protists (algae)

d)

protists (protozoans)

93.

reproduce using lytic cycle

a)

virus

b)

bacteria

c)

protists (algae)

d)

protists (protozoans)

94.

comes in shapes

a)

virus

b)

bacteria

c)

protists (algae)

d)

protists (protozoans)

95.

used for toothpaste/road paint

a)

virus

b)

bacteria

c)

protists (algae)

d)

protists (protozoans)

96.

has a red eyespot

a)

amoeba

b)

paramecium

c)

volvox

d)

euglena

97.

moves will cilia

a)

amoeba

b)

paramecium

c)

volvox

d)

euglena

98.

moves will pseudopods

a)

amoeba

b)

paramecium

c)

volvox

d)

euglena

e)

spirogyra

99.

moves spiral shaped chlorophyll patterns

a)

amoeba

b)

paramecium

c)

volvox

d)

euglena

e)

spirogyra

100.

round colony of algae

a)

amoeba

b)

paramecium

c)

volvox

d)

euglena

e)

spirogyra

101.

includes brown algae

a)

phaeophyta

b)

sarcodina

c)

bacillariophyta

d)

ciliophora

e)

chlorophyll

102.

includes amoeba

a)

phaeophyta

b)

sarcodina

c)

bacillariophyta

d)

ciliophora

e)

chlorophyll

103.

includes diatoms

a)

phaeophyta

b)

sarcodina

c)

bacillariophyta

d)

ciliophora

e)

chlorophyll

104.

includes paramecium

a)

phaeophyta

b)

sarcodina

c)

bacillariophyta

d)

ciliophora

e)

chlorophyll

105.

includes spirogyra and volvox

a)

phaeophyta

b)

sarcodina

c)

bacillariophyta

d)

ciliophora

e)

chlorophyll

106.

includes organisms that cause red tide/ bioluminescence

a)

dinoflagellata

b)

euglenopyta

c)

sporozoa

d)

rhodphyta

e)

zoomastigina

107.

includes euglena

a)

dinoflagellata

b)

euglenopyta

c)

sporozoa

d)

rhodphyta

e)

zoomastigina

108.

includes plasmodium

a)

dinoflagellata

b)

euglenopyta

c)

sporozoa

d)

rhodphyta

e)

zoomastigina

109.

includes red algae

a)

dinoflagellata

b)

euglenopyta

c)

sporozoa

d)

rhodphyta

e)

zoomastigina

110.

includes giardia

a)

dinoflagellata

b)

euglenopyta

c)

sporozoa

d)

rhodphyta

e)

zoomastigina

111.

what is the 1 step of third line of defense

a)

macrophages eat pathogens and display the antigen

b)

T cells are alerted and get the antigen from the macrophages

c)

T cells go and find matching B cell

d)

bcell mass produce antibodies which immobilize pathogens

e)

macrophages clean up everything

112.

what is the 2 step of third line of defense

a)

macrophages eat pathogens and display the antigen

b)

T cells are alerted and get the antigen from the macrophages

c)

T cells go and find matching B cell

d)

bcell mass produce antibodies which immobilize pathogens

e)

macrophages clean up everything

113.

what is the 3 step of third line of defense

a)

macrophages eat pathogens and display the antigen

b)

T cells are alerted and get the antigen from the macrophages

c)

T cells go and find matching B cell

d)

bcell mass produce antibodies which immobilize pathogens

e)

macrophages clean up everything

114.

what is the 4 step of third line of defense

a)

macrophages eat pathogens and display the antigen

b)

T cells are alerted and get the antigen from the macrophages

c)

T cells go and find matching B cell

d)

bcell mass produce antibodies which immobilize pathogens

e)

macrophages clean up everything

115.

what is the 5 step of third line of defense

a)

macrophages eat pathogens and display the antigen

b)

T cells are alerted and get the antigen from the macrophages

c)

T cells go and find matching B cell

d)

bcell mass produce antibodies which immobilize pathogens

e)

macrophages clean up everything

116.

what are found in a capsid

a)

dna/rna

b)

tobacco mosaic virus

c)

bacteriophage

d)

polio

117.

what is the first plant virus identified

a)

dna/rna

b)

tobacco mosaic virus

c)

bacteriophage

d)

polio

118.

what is the smallest virus

a)

dna/rna

b)

tobacco mosaic virus

c)

bacteriophage

d)

polio

119.

what is the largest virus

a)

dna/rna

b)

tobacco mosaic virus

c)

bacteriophage

d)

polio

120.

what is the name for a virus that infect a bacterial cell

a)

dna/rna

b)

tobacco mosaic virus

c)

bacteriophage

d)

polio

e)

bacteria fage

121.

many viruses don't destroy their host hell but rather their nucleic acid integrates into the Dna of the host cell

a)

lysogenic cycle

b)

lytic cycle

122.

bacteria are the smallest living organisms on earth

a)

true

b)

false

123.

how prokaryotic organisms differ form complex eukaryotic cells

a)

nucleus

b)

organelles

c)

size

d)

color

124.

do bacterial cells have a cell wall

a)

yes

b)

no

125.

what structure allows many bacteria to move

a)

flagella

b)

cillcus

c)

chungus

d)

wings

126.

is dna in the bacteria's nucleus

a)

no

b)

yes

127.

how is endosphere an advantage

a)

harsh conditions

b)

triggered by lack nutrients

c)

dormant

d)

loves apwhist

128.

Why won't antibiotics attack human cells

a)

selectively toxic

b)

protein sythesis

c)

cell walls

d)

we eat aunt Jemima syrup

129.

what are the 2 bacteria kingdoms

a)

eubacteria

b)

archaebacteria

c)

protista

d)

Animalia

130.

how many species of bacteria are there

a)

1

b)

100

c)

1000

d)

10000

131.

bacteria cause human disease

a)

true

b)

false

132.

what are 5 diseases bacteria cause

a)

bois

b)

scarlet fever

c)

Streep throat

d)

lyma disease

e)

salmonella

133.

genus associated with tooth decay

a)

streptococcus

b)

aunt jemmia

c)

salmonella

d)

toothy

e)

toothacoccus

134.

why are protist misfits

a)

they aren't complex enough

b)

because they are

c)

aunt Jemima sent them

d)

they are fungus

135.

protists are larger than bacteria

a)

true

b)

false

136.

how are protist more advanced than bacteria

a)

eukaryotic

b)

nucleus

c)

they help with drugs

d)

prokaryotic

137.

where do sacrodina lives

a)

aquatic

b)

air

c)

fire

d)

earth

e)

the last Airbender

138.

what are the forearm os a shell when foraminiferan die

a)

calcium carbonate

b)

slice

c)

syrup

d)

chungus

139.

what protozoan is this

a)

amoeba

b)

giardia

c)

trychonypha

d)

paramecium

e)

plasmodia

140.
a)

amoeba

b)

giardia

c)

trychonypha

d)

paramecium

e)

plasmodia

141.

what are the cell of radiolarians made out of

a)

calcium carbonate

b)

slica

c)

syrup

d)

chungus

142.

what happens in human for amoeba dysentary and symptoms?

a)

eating and drinking h20

b)

cramps

c)

stomach pain

d)

nothing

143.

what is trichonympha and how do termites benefit ?

a)

converted to cellulose

b)

they die

c)

they make love

d)

they gain structure

144.

what is giardia lambila

a)

beaver fever

b)

contaminated water

c)

diarrhea

d)

infection in small intestine

145.

what is trypanosoma Brucei

a)

fever

b)

headaches

c)

tse tse fly

d)

if untreated you die

146.

how do parameciums use their groove to gullet feed

a)

digestive enzymes to break down nutrients

b)

oral growl lined with cilia creating sweeping effect of cells

c)

use a sexual pili to share dna

d)

lets water come in and vacuoles let access out

147.

what are the characteristic of sporozoa have

a)

spores

b)

all parasitic

c)

non-metic protozoans

d)

complex life styles

148.

what are characteristics of Malaria

a)

caused by genus plasmodium

b)

2-4 million death

c)

mosquitoes

d)

red blood cells

149.

characteristics of algae

a)

eukaryotic

b)

unicellular,colonial,multicelluar

c)

autothrophic

d)

photosynthesis

150.

do algae have roots stem and leaves

a)

no

b)

yes

151.

what are algae in aquatic food chain

a)

producers

b)

consumers

152.

percent of oxygen algae produce

a)

50

b)

70

c)

80

d)

100

153.

why can euglena be considered an animal

a)

lack cell wall but through chroyphll and photosynthesis

b)

is looks like one

c)

structure

d)

just ugly

154.

how do euglena move and what is the red eyespot purpose

a)

to find light

b)

to look evil

c)

flagella

d)

pseudopods

155.

pigments for photosynthesis

a)

chlorophyll

b)

carotine

c)

rouge

d)

blood

156.

diatomes golden yellow color

a)

chlorophyll

b)

carotine

c)

rouge

d)

blood

157.

what are diatoms shells made up and what can they use for

a)

aunt jemimas syrup

b)

toothpaste

c)

road polish

d)

slica

158.

how many flagella do they have

a)

1

b)

2

c)

3

d)

4

159.

what make them glow?

a)

bioluminescent

b)

paint

c)

nothing

d)

they die

160.

why is red tide bad

a)

kills fish

b)

kills human

c)

toxic

d)

turn ocean red and orange

161.

what are rhodyphta

a)

red

b)

multicellular marine organisms

c)

used in food

d)

used in makeup

162.

what are phaeophyta

a)

brown

b)

multicellular

c)

done

d)

food thinking agent

163.

protist vs bacteria

a)

different ways to move

b)

different ways to die

c)

different ways to eat

d)

different ways to sleep

164.

what causes diseases

a)

viruses

b)

bacteria

c)

protists

165.

how are protozoans vs bacteria

a)

opposites

b)

the same

166.

what is the ancestors of green algae

a)

plants

b)

dogs

c)

chungus

d)

aunt Jemima

167.

what are volvox daughter colonies and asexual reproduction and how do they move

a)

move when it beats

b)

flagella

c)

wall of the sphere break open

d)

they don't move

168.

what algae are red

a)

dinoflaggela

b)

rhodophyta

c)

eugenophyta

d)

phaeophyta

e)

chlorophyll

169.

what algae are green

a)

dinoflaggela

b)

bacillariophyta

c)

eugenophyta

d)

phaeophyta

e)

chlorophyll

170.

what algae are brown

a)

dinoflaggela

b)

bacillariophyta

c)

eugenophyta

d)

phaeophyta

e)

chlorophyll

171.

what algae are yellow

a)

dinoflaggela

b)

bacillariophyta

c)

eugenophyta

d)

phaeophyta

e)

chlorophyll

172.

what protist is this

a)

stentor

b)

amoeba

c)

vortacellla

d)

flemtous

e)

volvox

173.

what protist is this

a)

stentor

b)

amoeba

c)

vortacellla

d)

flemtous

e)

volvox

174.

what protist is this

a)

stentor

b)

amoeba

c)

vortacellla

d)

flemtous

e)

volvox

175.

what protist is this

a)

stentor

b)

amoeba

c)

vortacellla

d)

flemtous

e)

volvox

176.

what protist is this

a)

stentor

b)

amoeba

c)

vortacellla

d)

flemtous

e)

volvox

177.

what protist is this

a)

paramecium

b)

euglena

c)

minastemes

d)

diaton

e)

bluffersima

178.

what protist is this

a)

paramecium

b)

euglena

c)

minastemes

d)

diaton

e)

bluffersima

179.

what protist is this

a)

paramecium

b)

euglena

c)

minastemes

d)

diatom

e)

bluffersima

180.

what protist is this

a)

paramecium

b)

euglena

c)

micrasterias

d)

diatom

e)

bluffersima

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