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Linnaeus used similarities in _____ to determine relationships among organisms.
48

Linnaeus used similarities in _____ to determine relationships among organisms.

Jan 18, 2016

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Shannon Hines
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Page 1: Linnaeus used similarities in _____ to determine relationships among organisms.

Linnaeus used similarities in _____ to determine relationships

among organisms.

Page 2: Linnaeus used similarities in _____ to determine relationships among organisms.

Streptococcus, a type of bacteria that causes

strep throat, is classified in the Kingdom ________

Page 3: Linnaeus used similarities in _____ to determine relationships among organisms.

A

Lytic Cycle

The Lytic Cycle

B

C

D

E F

Page 4: Linnaeus used similarities in _____ to determine relationships among organisms.

A

Lytic Cycle

The Lytic Cycle

B

C

D

E F

Page 5: Linnaeus used similarities in _____ to determine relationships among organisms.

A

Lytic Cycle

The Lytic Cycle

B

C

D

E F

Page 6: Linnaeus used similarities in _____ to determine relationships among organisms.

A

Lytic Cycle

The Lytic Cycle

B

C

D

E F

Page 7: Linnaeus used similarities in _____ to determine relationships among organisms.

A

Lytic Cycle

The Lytic Cycle

B

C

D

E F

Page 8: Linnaeus used similarities in _____ to determine relationships among organisms.

When organisms are classified within the same group, it can be assumed that they have a common

_______

Page 9: Linnaeus used similarities in _____ to determine relationships among organisms.

List the following in the correct order:1)Phylum2)Order3)Kingdom4)Class5)Family6)Species7)Genus

Correct order:

1)Kingdom2)Phylum3)Class4)Order5)Family6)Genus7)Species

Page 10: Linnaeus used similarities in _____ to determine relationships among organisms.

What is a step-by-step way to identify an

organism using a series of paired descriptions?

Page 11: Linnaeus used similarities in _____ to determine relationships among organisms.

Group of related

families.

Correct order:

1)Kingdom2)Phylum3)Class4)Order5)Family6)Genus7)Species

Page 12: Linnaeus used similarities in _____ to determine relationships among organisms.

Group of related classes.

Correct order:

1)Kingdom2)Phylum3)Class4)Order5)Family6)Genus7)Species

Page 13: Linnaeus used similarities in _____ to determine relationships among organisms.

Group of related species.

Correct order:

1)Kingdom2)Phylum3)Class4)Order5)Family6)Genus7)Species

Page 14: Linnaeus used similarities in _____ to determine relationships among organisms.

Group of related genera

(genus).

Correct order:

1)Kingdom2)Phylum3)Class4)Order5)Family6)Genus7)Species

Page 15: Linnaeus used similarities in _____ to determine relationships among organisms.

In the name of the gray wolf, Canis latrans,

the species name is ________

Page 16: Linnaeus used similarities in _____ to determine relationships among organisms.

Enzyme injected into a host cell, which copies viral RNA into DNA

Page 17: Linnaeus used similarities in _____ to determine relationships among organisms.

The language used for scientific names is

_______

Page 18: Linnaeus used similarities in _____ to determine relationships among organisms.

Organisms that are similar in structure and form and successfully

reproduce among themselves belong to the

same ________

Page 19: Linnaeus used similarities in _____ to determine relationships among organisms.

The cell in which a virus reproduces.

Page 20: Linnaeus used similarities in _____ to determine relationships among organisms.

The greater the number of taxa two organism have in

common, the (more or less) closely related they

are.

Page 21: Linnaeus used similarities in _____ to determine relationships among organisms.

The bacterial form in which it is in a slow

metabolism, it does not reproduce and can last for

years.

Page 22: Linnaeus used similarities in _____ to determine relationships among organisms.

Aristotle’s system of classification, animals

were classified based on ______ and ______`

Page 23: Linnaeus used similarities in _____ to determine relationships among organisms.

Asexual bacterial reproduction

Page 24: Linnaeus used similarities in _____ to determine relationships among organisms.

Evolutionary history of a species is its

__________

Page 25: Linnaeus used similarities in _____ to determine relationships among organisms.

Bacteria sexual reproduction

Page 26: Linnaeus used similarities in _____ to determine relationships among organisms.

The system of naming species in which two

words are used to name an organism is ______.

Page 27: Linnaeus used similarities in _____ to determine relationships among organisms.

Process by which some bacteria converts N2

gas into ammonia.

Page 28: Linnaeus used similarities in _____ to determine relationships among organisms.

Heterotrophic eukaryote associated with the decomposition of dead organism is a _________

Page 29: Linnaeus used similarities in _____ to determine relationships among organisms.

What is a nonliving particle that can

reproduce in a living cell?

Page 30: Linnaeus used similarities in _____ to determine relationships among organisms.

The science of grouping and naming organism is _______

Page 31: Linnaeus used similarities in _____ to determine relationships among organisms.

What is the poison produced by some

bacteria like botulism?

Page 32: Linnaeus used similarities in _____ to determine relationships among organisms.

The method used to construct a hypothetical

evolutionary tree is _________

Page 33: Linnaeus used similarities in _____ to determine relationships among organisms.

Viruses make copies of themselves

called________

Page 34: Linnaeus used similarities in _____ to determine relationships among organisms.

What is the name of the bacteria that causes

pneumonia?

Page 35: Linnaeus used similarities in _____ to determine relationships among organisms.

The outer coat of protein is called a ___________.

Page 36: Linnaeus used similarities in _____ to determine relationships among organisms.

Name three areas bacteria are used

Page 37: Linnaeus used similarities in _____ to determine relationships among organisms.

Once the nucleic acid is integrated, it is called a

_____

Page 38: Linnaeus used similarities in _____ to determine relationships among organisms.

A structure of bacteria that are resistant to harsh environmental conditions

Page 39: Linnaeus used similarities in _____ to determine relationships among organisms.

Bacteria can make their own food are called

__________

Page 40: Linnaeus used similarities in _____ to determine relationships among organisms.

Type of reproduction in which genetic

information is exchanged between bacterial cells

Page 41: Linnaeus used similarities in _____ to determine relationships among organisms.

Bacteria that make their own food with the

sun as the source of energy are called ____

Page 42: Linnaeus used similarities in _____ to determine relationships among organisms.

Name of a virus that infects a bacterial cell.

Page 43: Linnaeus used similarities in _____ to determine relationships among organisms.

Bacteria that must have oxygen to survive

are called obligate _________.

Page 44: Linnaeus used similarities in _____ to determine relationships among organisms.

Name three places viruses are found.

Page 45: Linnaeus used similarities in _____ to determine relationships among organisms.

Name three ways to control bacterial growth.

Page 46: Linnaeus used similarities in _____ to determine relationships among organisms.

Viruses are considered _________

Page 47: Linnaeus used similarities in _____ to determine relationships among organisms.

Penicillin kills bacteria by affecting its _____

_____

Page 48: Linnaeus used similarities in _____ to determine relationships among organisms.

The name streptococcus indicates the bacterial shape as