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THIS IS 100 200 300 400 500 Taxa & naming Bacterial Kingdoms Protists & Fungi Systematics Domains...

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Page 1: THIS IS 100 200 300 400 500 Taxa & naming Bacterial Kingdoms Protists & Fungi Systematics Domains Animals, Plants, & Dichot. Keys.
Page 2: THIS IS 100 200 300 400 500 Taxa & naming Bacterial Kingdoms Protists & Fungi Systematics Domains Animals, Plants, & Dichot. Keys.

THIS

IS

Page 3: THIS IS 100 200 300 400 500 Taxa & naming Bacterial Kingdoms Protists & Fungi Systematics Domains Animals, Plants, & Dichot. Keys.

100 100 100 100 100 100

200 200 200 200 200 200

300 300 300 300 300 300

400 400 400 400 400 400

500 500 500 500 500 500

Taxa & naming

Bacterial Kingdoms

Protists & Fungi

Systematics Domains Animals, Plants, &

Dichot. Keys

Page 4: THIS IS 100 200 300 400 500 Taxa & naming Bacterial Kingdoms Protists & Fungi Systematics Domains Animals, Plants, & Dichot. Keys.

The number of Linnaeus’ major taxonomic levels.

A 100

Page 5: THIS IS 100 200 300 400 500 Taxa & naming Bacterial Kingdoms Protists & Fungi Systematics Domains Animals, Plants, & Dichot. Keys.

What is seven major levels?

A 100

Page 6: THIS IS 100 200 300 400 500 Taxa & naming Bacterial Kingdoms Protists & Fungi Systematics Domains Animals, Plants, & Dichot. Keys.

The largest most inclusive of Linnaeus’ taxonomic levels.

A 200

Page 7: THIS IS 100 200 300 400 500 Taxa & naming Bacterial Kingdoms Protists & Fungi Systematics Domains Animals, Plants, & Dichot. Keys.

What is a kingdom?

A 200

Page 8: THIS IS 100 200 300 400 500 Taxa & naming Bacterial Kingdoms Protists & Fungi Systematics Domains Animals, Plants, & Dichot. Keys.

This taxonomic level is made up of related families.

A 300

Page 9: THIS IS 100 200 300 400 500 Taxa & naming Bacterial Kingdoms Protists & Fungi Systematics Domains Animals, Plants, & Dichot. Keys.

What is an order?

A 300

Page 10: THIS IS 100 200 300 400 500 Taxa & naming Bacterial Kingdoms Protists & Fungi Systematics Domains Animals, Plants, & Dichot. Keys.

The second part of the binomial nomenclature name.

A 400

Page 11: THIS IS 100 200 300 400 500 Taxa & naming Bacterial Kingdoms Protists & Fungi Systematics Domains Animals, Plants, & Dichot. Keys.

What is the species identifier?

A 400

Page 12: THIS IS 100 200 300 400 500 Taxa & naming Bacterial Kingdoms Protists & Fungi Systematics Domains Animals, Plants, & Dichot. Keys.

A member of plantae can use this taxon, while those in

other kingdoms can’t.

A 500

Page 13: THIS IS 100 200 300 400 500 Taxa & naming Bacterial Kingdoms Protists & Fungi Systematics Domains Animals, Plants, & Dichot. Keys.

What is division? (instead of phylum)

A 500

Page 14: THIS IS 100 200 300 400 500 Taxa & naming Bacterial Kingdoms Protists & Fungi Systematics Domains Animals, Plants, & Dichot. Keys.

This cell type has no true nucleus.

B 100

Page 15: THIS IS 100 200 300 400 500 Taxa & naming Bacterial Kingdoms Protists & Fungi Systematics Domains Animals, Plants, & Dichot. Keys.

What is a prokaryotic cell?

B 100

Page 16: THIS IS 100 200 300 400 500 Taxa & naming Bacterial Kingdoms Protists & Fungi Systematics Domains Animals, Plants, & Dichot. Keys.

Bacteria that live in harsh environments.

B 200

Page 17: THIS IS 100 200 300 400 500 Taxa & naming Bacterial Kingdoms Protists & Fungi Systematics Domains Animals, Plants, & Dichot. Keys.

What are archaebacteria?

B 200

Page 18: THIS IS 100 200 300 400 500 Taxa & naming Bacterial Kingdoms Protists & Fungi Systematics Domains Animals, Plants, & Dichot. Keys.

The term archaebacteria means this.

B 300

Page 19: THIS IS 100 200 300 400 500 Taxa & naming Bacterial Kingdoms Protists & Fungi Systematics Domains Animals, Plants, & Dichot. Keys.

What is the ancient bacteria?

B 300

Page 20: THIS IS 100 200 300 400 500 Taxa & naming Bacterial Kingdoms Protists & Fungi Systematics Domains Animals, Plants, & Dichot. Keys.

The bacterial kingdoms have this type of nutrition.

B 400

Page 21: THIS IS 100 200 300 400 500 Taxa & naming Bacterial Kingdoms Protists & Fungi Systematics Domains Animals, Plants, & Dichot. Keys.

What is either autotrophic or heterotrophic depending on

the bacterium?

B 400

Page 22: THIS IS 100 200 300 400 500 Taxa & naming Bacterial Kingdoms Protists & Fungi Systematics Domains Animals, Plants, & Dichot. Keys.

Originally the Eubacteria and the Archaebacteria were both part of this single kingdom.

B 500

Page 23: THIS IS 100 200 300 400 500 Taxa & naming Bacterial Kingdoms Protists & Fungi Systematics Domains Animals, Plants, & Dichot. Keys.

What is kingdom monera?

B 500

Page 24: THIS IS 100 200 300 400 500 Taxa & naming Bacterial Kingdoms Protists & Fungi Systematics Domains Animals, Plants, & Dichot. Keys.

All protist and fungal cells are this type.

C 100

Page 25: THIS IS 100 200 300 400 500 Taxa & naming Bacterial Kingdoms Protists & Fungi Systematics Domains Animals, Plants, & Dichot. Keys.

What is eukaryotic?

C 100

Page 26: THIS IS 100 200 300 400 500 Taxa & naming Bacterial Kingdoms Protists & Fungi Systematics Domains Animals, Plants, & Dichot. Keys.

Fungi are able to recycle dead organisms and are therefore

referred to by this term.

C 200

Page 27: THIS IS 100 200 300 400 500 Taxa & naming Bacterial Kingdoms Protists & Fungi Systematics Domains Animals, Plants, & Dichot. Keys.

What is a decomposer?

C 200

Page 28: THIS IS 100 200 300 400 500 Taxa & naming Bacterial Kingdoms Protists & Fungi Systematics Domains Animals, Plants, & Dichot. Keys.

The fermenting fungal cell can even help bread rise.

C 300

Page 29: THIS IS 100 200 300 400 500 Taxa & naming Bacterial Kingdoms Protists & Fungi Systematics Domains Animals, Plants, & Dichot. Keys.

What is a yeast cell?

C 300

Page 30: THIS IS 100 200 300 400 500 Taxa & naming Bacterial Kingdoms Protists & Fungi Systematics Domains Animals, Plants, & Dichot. Keys.

DAILY DOUBLE

C 400

DAILY DOUBLE

Place A Wager

Page 31: THIS IS 100 200 300 400 500 Taxa & naming Bacterial Kingdoms Protists & Fungi Systematics Domains Animals, Plants, & Dichot. Keys.

This single cell protist cell is a heterotroph, and sometimes,

an autotroph.

C 400

Page 32: THIS IS 100 200 300 400 500 Taxa & naming Bacterial Kingdoms Protists & Fungi Systematics Domains Animals, Plants, & Dichot. Keys.

What is a Euglena?

C 400

Page 33: THIS IS 100 200 300 400 500 Taxa & naming Bacterial Kingdoms Protists & Fungi Systematics Domains Animals, Plants, & Dichot. Keys.

Phytoplankton cells in the ocean are really this type of

autotrophic protist.

C 500

Page 34: THIS IS 100 200 300 400 500 Taxa & naming Bacterial Kingdoms Protists & Fungi Systematics Domains Animals, Plants, & Dichot. Keys.

What are algal cells?

C 500

Page 35: THIS IS 100 200 300 400 500 Taxa & naming Bacterial Kingdoms Protists & Fungi Systematics Domains Animals, Plants, & Dichot. Keys.

“Systematists (Systematic taxonomists) usually use several types of evidence to

hypothesize about phylogenetics (phylogeny).” Holt

Phylogenetics refers to this.

D 100

Page 36: THIS IS 100 200 300 400 500 Taxa & naming Bacterial Kingdoms Protists & Fungi Systematics Domains Animals, Plants, & Dichot. Keys.

What are evolutionary relationships (among taxa).

D 100

Page 37: THIS IS 100 200 300 400 500 Taxa & naming Bacterial Kingdoms Protists & Fungi Systematics Domains Animals, Plants, & Dichot. Keys.

This family tree-like diagram demonstrates evolutionary

relationships between groups of organisms.

D 200

Page 38: THIS IS 100 200 300 400 500 Taxa & naming Bacterial Kingdoms Protists & Fungi Systematics Domains Animals, Plants, & Dichot. Keys.

What is a phylogenic tree?

D 200

Page 39: THIS IS 100 200 300 400 500 Taxa & naming Bacterial Kingdoms Protists & Fungi Systematics Domains Animals, Plants, & Dichot. Keys.

Modern taxonomists use similarities in these, besides

morphology, when classifying organisms.

D 300

Page 40: THIS IS 100 200 300 400 500 Taxa & naming Bacterial Kingdoms Protists & Fungi Systematics Domains Animals, Plants, & Dichot. Keys.

What is analysis DNA, RNA, proteins, embryological

development, and chromosomes?

D 300

Page 41: THIS IS 100 200 300 400 500 Taxa & naming Bacterial Kingdoms Protists & Fungi Systematics Domains Animals, Plants, & Dichot. Keys.

The Cladistics system of phylogenic analysis uses this

criteria for grouping taxa.

D 400

Page 42: THIS IS 100 200 300 400 500 Taxa & naming Bacterial Kingdoms Protists & Fungi Systematics Domains Animals, Plants, & Dichot. Keys.

What are shared and derived characters (such as bird

feathers) ?

D 400

Page 43: THIS IS 100 200 300 400 500 Taxa & naming Bacterial Kingdoms Protists & Fungi Systematics Domains Animals, Plants, & Dichot. Keys.

On a phylogenic tree, a more recent __________ ancestor demonstrates two groups of

organisms to be more closely related that others.

D 500

Page 44: THIS IS 100 200 300 400 500 Taxa & naming Bacterial Kingdoms Protists & Fungi Systematics Domains Animals, Plants, & Dichot. Keys.

The number of domains.

E 100

Page 45: THIS IS 100 200 300 400 500 Taxa & naming Bacterial Kingdoms Protists & Fungi Systematics Domains Animals, Plants, & Dichot. Keys.

What is a more recent common ancestor?

D 500

Page 46: THIS IS 100 200 300 400 500 Taxa & naming Bacterial Kingdoms Protists & Fungi Systematics Domains Animals, Plants, & Dichot. Keys.

What is three?

E 100

Page 47: THIS IS 100 200 300 400 500 Taxa & naming Bacterial Kingdoms Protists & Fungi Systematics Domains Animals, Plants, & Dichot. Keys.

This is the cell type for cells in two of the domains.

E 200

Page 48: THIS IS 100 200 300 400 500 Taxa & naming Bacterial Kingdoms Protists & Fungi Systematics Domains Animals, Plants, & Dichot. Keys.

What is prokaryotic?

E 200

Page 49: THIS IS 100 200 300 400 500 Taxa & naming Bacterial Kingdoms Protists & Fungi Systematics Domains Animals, Plants, & Dichot. Keys.

What is eubacteria?

E 300

Page 50: THIS IS 100 200 300 400 500 Taxa & naming Bacterial Kingdoms Protists & Fungi Systematics Domains Animals, Plants, & Dichot. Keys.

The domain bacteria contains members from

this kingdom.

E 300

Page 51: THIS IS 100 200 300 400 500 Taxa & naming Bacterial Kingdoms Protists & Fungi Systematics Domains Animals, Plants, & Dichot. Keys.

The domain eukarya contains members from these

kingdoms.

E 400

Page 52: THIS IS 100 200 300 400 500 Taxa & naming Bacterial Kingdoms Protists & Fungi Systematics Domains Animals, Plants, & Dichot. Keys.

What are: Plantae, Fungi, Protista, and Anamalia?

E 400

Page 53: THIS IS 100 200 300 400 500 Taxa & naming Bacterial Kingdoms Protists & Fungi Systematics Domains Animals, Plants, & Dichot. Keys.

Carl Woese analyses of this nucleic acid sequence (from many

organisms) eventually led to the formation of the domain system of

classification.

E 500

Page 54: THIS IS 100 200 300 400 500 Taxa & naming Bacterial Kingdoms Protists & Fungi Systematics Domains Animals, Plants, & Dichot. Keys.

What is rRNA?

E 500

Page 55: THIS IS 100 200 300 400 500 Taxa & naming Bacterial Kingdoms Protists & Fungi Systematics Domains Animals, Plants, & Dichot. Keys.

These terms refer to the nutrition of the majority of plants and the majority of

animals.

F 100

Page 56: THIS IS 100 200 300 400 500 Taxa & naming Bacterial Kingdoms Protists & Fungi Systematics Domains Animals, Plants, & Dichot. Keys.

What is heterotrophic for animals and autotrophic for

plants?

F 100

Page 57: THIS IS 100 200 300 400 500 Taxa & naming Bacterial Kingdoms Protists & Fungi Systematics Domains Animals, Plants, & Dichot. Keys.

All animals and plants are referred to by this name,

since they have eukaryotic cells.

F 200

Page 58: THIS IS 100 200 300 400 500 Taxa & naming Bacterial Kingdoms Protists & Fungi Systematics Domains Animals, Plants, & Dichot. Keys.

What are eukaryotes?

F 200

Page 59: THIS IS 100 200 300 400 500 Taxa & naming Bacterial Kingdoms Protists & Fungi Systematics Domains Animals, Plants, & Dichot. Keys.

This type of plant that can eat.

F 300

Page 60: THIS IS 100 200 300 400 500 Taxa & naming Bacterial Kingdoms Protists & Fungi Systematics Domains Animals, Plants, & Dichot. Keys.

What is a Venus flytrap or pitcher plant ?

F 300

Page 61: THIS IS 100 200 300 400 500 Taxa & naming Bacterial Kingdoms Protists & Fungi Systematics Domains Animals, Plants, & Dichot. Keys.

This refers to the type of cellularity seen in both plants

and animals.

F 400

Page 62: THIS IS 100 200 300 400 500 Taxa & naming Bacterial Kingdoms Protists & Fungi Systematics Domains Animals, Plants, & Dichot. Keys.

What is multicellularity?

F 400

Page 63: THIS IS 100 200 300 400 500 Taxa & naming Bacterial Kingdoms Protists & Fungi Systematics Domains Animals, Plants, & Dichot. Keys.

A dichotomous key contains a series of paired statements that lead to different paths.

Eventually the path leads to this.

F 500

Page 64: THIS IS 100 200 300 400 500 Taxa & naming Bacterial Kingdoms Protists & Fungi Systematics Domains Animals, Plants, & Dichot. Keys.

What is the binomial nomenclature name, or the

species name, or the scientific name of the organism?

F 500

Page 65: THIS IS 100 200 300 400 500 Taxa & naming Bacterial Kingdoms Protists & Fungi Systematics Domains Animals, Plants, & Dichot. Keys.

The Final Jeopardy Category is:

Cladistics

Please record your wager.

Click on screen to begin

Page 66: THIS IS 100 200 300 400 500 Taxa & naming Bacterial Kingdoms Protists & Fungi Systematics Domains Animals, Plants, & Dichot. Keys.

This is the term “cladists” use (when producing cladograms) for

a group of organisms that includes and ancestor plus all of

its descendants.

Hint: Comes from the word Cladogram.

Click on screen to continue

Page 67: THIS IS 100 200 300 400 500 Taxa & naming Bacterial Kingdoms Protists & Fungi Systematics Domains Animals, Plants, & Dichot. Keys.

What is a clade?

Click on screen to continue

Page 68: THIS IS 100 200 300 400 500 Taxa & naming Bacterial Kingdoms Protists & Fungi Systematics Domains Animals, Plants, & Dichot. Keys.

Thank You for Playing Jeopardy!

Game Designed By C. Harr-MAIT


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