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The body plan (symmetry) of a sponge. Porifera 100
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Page 1: The body plan (symmetry) of a sponge. Porifera 100.

The body plan (symmetry) of a sponge.

Porifera 100

Page 2: The body plan (symmetry) of a sponge. Porifera 100.

One of the structural supports in a sponge.

Porifera 200

Page 3: The body plan (symmetry) of a sponge. Porifera 100.

Cells that trap food.

Porifera 300

Page 4: The body plan (symmetry) of a sponge. Porifera 100.

Cells that make structural supports.

Porifera 400

Page 5: The body plan (symmetry) of a sponge. Porifera 100.

Phrase that describes the sponge strategy for sexual reproduction

Porifera 500

Page 6: The body plan (symmetry) of a sponge. Porifera 100.

Type of symmetry.

Ctenophora and Cnidaria 100

Page 7: The body plan (symmetry) of a sponge. Porifera 100.

Characteristic that all cnidarians share and are named for.

Ctenophora and Cnidaria 200

Page 8: The body plan (symmetry) of a sponge. Porifera 100.

One of two classes of cnidarians that are considered to be true jellies.

Ctenophora and Cnidaria 300

Page 9: The body plan (symmetry) of a sponge. Porifera 100.

Characteristic unique to ctenophores that helps them

move.

Ctenophora and Cnidaria 400

Page 10: The body plan (symmetry) of a sponge. Porifera 100.

Class of cnidarians that exist only as a polyp.

Ctenophora and Cnidaria 500

Page 11: The body plan (symmetry) of a sponge. Porifera 100.

Phylum of worms in which a central nervous system first appeared in the

evolutionary history of animals.

Worms 100

Page 12: The body plan (symmetry) of a sponge. Porifera 100.

Free-swimming flatworms known for their beautiful colors.

Worms 200

Page 13: The body plan (symmetry) of a sponge. Porifera 100.

Phylum of worms known for having a long proboscis for catching prey.

Worms 300

Page 14: The body plan (symmetry) of a sponge. Porifera 100.

Phylum of worms that show segmentation of body parts.

Worms 400

Page 15: The body plan (symmetry) of a sponge. Porifera 100.

Group of annelid worms that includes Christmas tree and

feather duster worms.

Worms 500

Page 16: The body plan (symmetry) of a sponge. Porifera 100.

Part of a mollusc that makes the shell.

Molluscs 100

Page 17: The body plan (symmetry) of a sponge. Porifera 100.

Class of molluscs with two shells.

Molluscs 200

Page 18: The body plan (symmetry) of a sponge. Porifera 100.

Structure in the mouth with serrated edges.

Molluscs 300

Page 19: The body plan (symmetry) of a sponge. Porifera 100.

Structure used for jet propulsion in cephalopods and for feeding in

bivalves.

Molluscs 400

Page 20: The body plan (symmetry) of a sponge. Porifera 100.

Structure used for moving in gastropods and some bivalves.

Molluscs 500

Page 21: The body plan (symmetry) of a sponge. Porifera 100.

Double Jeopardy

Page 22: The body plan (symmetry) of a sponge. Porifera 100.

Colonial anthozoans.

Cnidaria 200

Page 23: The body plan (symmetry) of a sponge. Porifera 100.

Type of dinoflagellate that lives inside corals.

Cnidaria 400

Page 24: The body plan (symmetry) of a sponge. Porifera 100.

Colonial floating hydra that is often confused with a true

jellyfish.

Cnidaria 600

Page 25: The body plan (symmetry) of a sponge. Porifera 100.

Life stage of true jellies which produces egg and sperm.

Cnidaria 800

Page 26: The body plan (symmetry) of a sponge. Porifera 100.

Name of the innermost layer of tissue.

Cnidaria 1000

Page 27: The body plan (symmetry) of a sponge. Porifera 100.

Periwinkles use their radula to do this.

Gastropods and Bivalves 200

Page 28: The body plan (symmetry) of a sponge. Porifera 100.

These types of bivalves are the only ones that can swim.

Gastropods and Bivalves 400

Page 29: The body plan (symmetry) of a sponge. Porifera 100.

One of two local snails that uses the radula for drilling into the

shells of other molluscs.

Gastropods and Bivalves 600

Page 30: The body plan (symmetry) of a sponge. Porifera 100.

Type of bivalve that forms reef structures.

Gastropods and Bivalves 800

Page 31: The body plan (symmetry) of a sponge. Porifera 100.

Gastropods without shells.

Gastropods and Bivalves 1000

Page 32: The body plan (symmetry) of a sponge. Porifera 100.

Arms and tentacles are modified versions of this structure.

Cephalopods 200

Page 33: The body plan (symmetry) of a sponge. Porifera 100.

Type of cephalopods with an external shell.

Cephalopods 400

Page 34: The body plan (symmetry) of a sponge. Porifera 100.

Pigment cells used for camouflage.

Cephalopods 600

Page 35: The body plan (symmetry) of a sponge. Porifera 100.

Structure in a squid that is the remnant of a shell.

Cephalopods 800

Page 36: The body plan (symmetry) of a sponge. Porifera 100.

The ability of an octopus to fit through a given space is dependent on the size of this

structure.

Cephalopods 1000

Page 37: The body plan (symmetry) of a sponge. Porifera 100.

An organism that has both male and female reproductive organs.

Vocabulary 200

Page 38: The body plan (symmetry) of a sponge. Porifera 100.

Type of reproduction in which an organism ejects mass quantities

of eggs and or sperm into the water.

Vocabulary 400

Page 39: The body plan (symmetry) of a sponge. Porifera 100.

The word we use to describe organisms that must consume

other organisms in order to obtain energy.

Vocabulary 600

Page 40: The body plan (symmetry) of a sponge. Porifera 100.

All animals are made of this type of cell.Vocabulary 800

Page 41: The body plan (symmetry) of a sponge. Porifera 100.

This is the term we use to describe an organism that

does not move when it is an adult.

Vocabulary 1000

Page 42: The body plan (symmetry) of a sponge. Porifera 100.

Final jeopardy category

Cephalopods

Page 43: The body plan (symmetry) of a sponge. Porifera 100.

The shell remnant in a cuttlefish.