Questions 9-13 concern general information about each of the invertebrate phyla we discussed this semester. If...

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Biology

Questions 9-13 concern general information about each of theinvertebrate phyla we discussed this semester. If none of thechoices are appropriate, type â€˜not applicableâ€™.

9. Phylum Chaetognatha (6)
Highest level of organization (cellular, tissue, organ)
Type of symmetry (asymmetry, radial symmetry, pentamerousradial symmetry, bilateral
symmetry)
Number of germ layers (diploblastic, triploblastic)
Type of body cavity (acoelomate, pseudocoelomate,coelomate)
Development pattern (protostome, deuterostome)
Feeding method (filter feeder, suspension feeder, depositfeeder, predator, herbivore)
10. Phylum Ectoprocta (6)
Highest level of organization (cellular, tissue, organ)
Type of symmetry (asymmetry, radial symmetry, pentamerousradial symmetry, bilateral
symmetry)
Number of germ layers (diploblastic, triploblastic)
Type of body cavity (acoelomate, pseudocoelomate,coelomate)
Development pattern (protostome, deuterostome)
Feeding method (filter feeder, suspension feeder, depositfeeder, predator, herbivore)
11. Phylum Phoronida (6)
Highest level of organization (cellular, tissue, organ)
Type of symmetry (asymmetry, radial symmetry, pentamerousradial symmetry, bilateral
symmetry)
Number of germ layers (diploblastic, triploblastic)
Type of body cavity (acoelomate, pseudocoelomate,coelomate)
Development pattern (protostome, deuterostome)
Feeding method (filter feeder, suspension feeder, depositfeeder, predator, herbivore)
12. Phylum Brachiopoda (6)
Highest level of organization (cellular, tissue, organ)
Type of symmetry (asymmetry, radial symmetry, pentamerousradial symmetry, bilateral
symmetry)
Number of germ layers (diploblastic, triploblastic)
Type of body cavity (acoelomate, pseudocoelomate,coelomate)
Development pattern (protostome, deuterostome)
Feeding method (filter feeder, suspension feeder, depositfeeder, predator, herbivore)
13. Phylum Hemichordata (6)
Highest level of organization (cellular, tissue, organ)
Type of symmetry (asymmetry, radial symmetry, pentamerousradial symmetry, bilateral
symmetry)
Number of germ layers (diploblastic, triploblastic)
Type of body cavity (acoelomate, pseudocoelomate,coelomate)
Development pattern (protostome, deuterostome)
Feeding method (filter feeder, suspension feeder, depositfeeder, predator, herbivore)

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9 Phylum Chaetognatha 6 Highest level of organization cellular tissue organ organ Type of symmetry asymmetry radial symmetry pentamerous radial symmetry bilateral symmetry bilateral symmetry Number of germ layers diploblastic triploblastictriploblastic Type of body cavity acoelomate pseudocoelomate coelomate coelomate Development pattern protostome deuterostome protosome by molecular phylogenists and deuterostome by traditional embryologists Feeding method filter feeder suspension feeder deposit feeder See Answer

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