1 - Characteristics and Classification of Living Organisms Flashcards

1
Q

Are animals multicellular?

A

Yes

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2
Q

Are plants multicellular?

A

Yes

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3
Q

Are fungi multicellular?

A

Sometimes

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4
Q

Are protoctists/protista multicellular?

A

Depends, usually no

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5
Q

Are prokaryotes multicellular?

A

No

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6
Q

Do animal cells have nuclei

A

Yes (but not red blood cells) - 1 per cell

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7
Q

Do plant cells have nuclei?

A

Yes, 1 per cell

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8
Q

Do fungi have nuclei?

A

Yes…lots and lots of nuclei…

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9
Q

Do protoctist/Protista cells have nuclei?

A

Yes

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10
Q

Do prokaryotes have nuclei?

A

No

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11
Q

Do animal cells have cell walls?

A

No

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12
Q

Do plant cells have cell walls?

A

Yes - they’re made of cellulose

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13
Q

Do fungi have cell walls?

A

Yes, and they’re made of chitin (and glucans and glucapeptein? idk so just remember chitin)

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14
Q

Do protoctists have cell walls?

A

Sometimes

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15
Q

Do prokaryotes have cell walls?

A

Yes, and they’re made of peptidoglycan (think pep-tea-dog-lichen)

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16
Q

Do animals have chloroplasts?

A

No

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17
Q

Do plants have chloroplasts?

A

Yes

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18
Q

Do fungi have chloroplasts?

A

No

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19
Q

Do protoctists have chloroplasts?

A

Sometimes

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20
Q

Do prokaryotes have chloroplasts

A

No

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21
Q

Animal feeding habits

A

Heterotrophic - eat other stuff

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22
Q

Plant feeding habits

A

Autotrophic (makes its own food) - photosynthesis

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23
Q

Fungi feeding habits

A

Saprotrophic (digest then ingest), sometimes heterotrophic

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24
Q

Protoctist feeding habits

A

Sometimes heterotrophic, sometimes autotrophic

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25
Q

Prokaryote feeding habits

A

Heterotrophic or autotrophic

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26
Q

Amoebas are…

A

Protoctists

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27
Q

Bacteria are…

A

Prokaryotes

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28
Q

Mammal blood temp

A

Warm

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29
Q

Mammal skin topping

A

Hair/fur

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30
Q

Reproduction style of mammal

A

Baby grows inside body - live birth

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31
Q

Mammal breathing style

A

Through nose and mouth with lungs

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32
Q

Common feature of mammals

A

Make milk

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33
Q

Fish blood temp

A

Cold

34
Q

Fish skin topping

A

Scales

35
Q

Fish reproduction

A

Lay eggs

36
Q

Fish breathing

A

Gills

37
Q

Reptile blood temp

A

Cold

38
Q

Reptile skin topping

A

Scales or scutes

39
Q

Reptile reproduction

A

Eggs

40
Q

Reptile breathing

A

Lungs

41
Q

Reptile common feature

A

Dry skin

42
Q

Amphibian blood temp

A

Cold

43
Q

Amphibian skin topping

A

Mucus

44
Q

Amphibian reproduction

A

Eggs

45
Q

Amphibian breathing

A

Lungs, skin

46
Q

Common feature of amphibian

A

Complex life cycle - born in water adult on land

47
Q

Bird blood temperature

A

Warm

48
Q

Bird skin topping

A

Feathers

49
Q

Bird Reproduction

A

Eggs

50
Q

Bird breathing

A

Lungs

51
Q

Bird common feature

A

Beak

52
Q

Arachnid legs

A

8 legs - 4 pairs, attached to abdomen

53
Q

Arachnid body segments

A

2

54
Q

Arachnid antennae (pairs)

A

0

55
Q

Arachnid eyes (number and type)

A

8, simple

56
Q

Arachnid wings

A

Nonexistent

57
Q

Arachnid other stuff

A

Pincers

58
Q

Insect legs

A

6 - 3 pairs, attached to the thorax

59
Q

Insect segments

A

3

60
Q

Insect pairs of antennae

A

1

61
Q

Insect eyes (number and type)

A

2 compound

62
Q

Insect wings

A

2 pairs

63
Q

Myriapod legs

A

<10 - 750
1 jointed pair per segment

64
Q

M in MRS. GREN

A

Movement - consciously changing position from one place to another

65
Q

R in MRS. GREN (first one)

A

Respiration - metabolic reaction to produce glucose

66
Q

S in MRS. GREN

A

Sensitivity - The ability to detect stimuli in the internal or external environment and make appropriate responses

67
Q

G in MRS. GREN

A

Growth - Permanent increase in dry mass by an increase in cell number/size

68
Q

R (second one) in MRS. GREN

A

Reproduction - process to make more of the same kind of organism

69
Q

E in MRS. GREN

A

Excretion - The removal of waste products of metabolism

70
Q

N in MRS. GREN

A

Nutrition - Absorption or ingestion of materials for energy, growth, and development - animals need organic compounds, ions, and usually water, while plants need nitrates, phosphates, magnesium potassium, sunlight, and CO2

71
Q

System of calling organisms by their genus and species

A

Binomial System

72
Q

Classification

A

A system that groups organisms that have shared features together - demonstrates how it has evolved and changed over time

73
Q

Levels of classification pyramid

A

Kingdom, Phylum, Class, Order, Family, Genus, Species

74
Q

Organisms are sorted into different categories according to their _____ characteristics

A

Shared

75
Q

Species

A

A group of similar organisms that can interbreed and make fertile babies - about 99.999% of DNA is shared

76
Q

Genus

A

A group of similar organisms capable of interbreeding to make infertile babies

77
Q

Dichotomous key

A

A sequence of paired questions that can be used to identify organisms - designed around visible features

78
Q

Common ancestors of different species can be found through

A

Evolutionary relationships

79
Q

DNA sequencing

A

The sequences of the bases within DNA can identify close sequences between different species - similar base DNA = close relationship. It’s powerful as it doesn’t rely on visual features.

80
Q

Common features of arthropods

A

No backbone, jointed legs, segmented bodies, exoskeleton

81
Q

Viruses aren’t considered living organisms because

A

They aren’t made up of cells and don’t do the Mrs. Gren stuff