Bell Work. identify the phylum that each character belongs to. Tuesday, February 19, 13
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1 Bell Work identify the phylum that each character belongs to
2 Bell Work identify the phylum that each character belongs to Porifera
3 Bell Work identify the phylum that each character belongs to Porifera Echinodermata
4 Bell Work identify the phylum that each character belongs to Porifera Echinodermata Mollusca
5 Bell Work identify the phylum that each character belongs to Porifera Echinodermata Mollusca Chordata
6 Bell Work identify the phylum that each character belongs to Porifera Echinodermata Mollusca Chordata Mollusca
7 Bell Work identify the phylum that each character belongs to Porifera Echinodermata Mollusca Chordata Mollusca Arthropoda
8 Characteristics of Fungi
9 eukaryotic cells Characteristics of Fungi
10 Characteristics of Fungi eukaryotic cells heterotrophs (decomposers)
11 Characteristics of Fungi eukaryotic cells heterotrophs (decomposers) cell wall made of chitin
12 Characteristics of Fungi eukaryotic cells heterotrophs (decomposers) cell wall made of chitin can be either:
13 Characteristics of Fungi eukaryotic cells heterotrophs (decomposers) cell wall made of chitin can be either: unicellular (yeast)
14 Characteristics of Fungi eukaryotic cells heterotrophs (decomposers) cell wall made of chitin can be either: unicellular (yeast) multicellular (mushrooms, mold)
15 Fungi Nutrition
16 fungi get nutrients by sending out threadlike structures called hyphae Fungi Nutrition
17 fungi get nutrients by sending out threadlike structures called hyphae hyphae release enzymes that break down food Fungi Nutrition
18 fungi get nutrients by sending out threadlike structures called hyphae hyphae release enzymes that break down food extracellular digestion Fungi Nutrition
19 fungi get nutrients by sending out threadlike structures called hyphae hyphae release enzymes that break down food extracellular digestion food particles then diffuse into the hyphae Fungi Nutrition
20 Fungi Reproduction
21 Fungi Reproduction Yeast reproduce asexually
22 Fungi Reproduction Yeast reproduce asexually Budding:
23 Fungi Reproduction Yeast reproduce asexually Budding: a new yeast grows from a parent and eventually breaks off
24 Fungi Reproduction Yeast reproduce asexually Budding: a new yeast grows from a parent and eventually breaks off Fission:
25 Fungi Reproduction Yeast reproduce asexually Budding: a new yeast grows from a parent and eventually breaks off Fission: :yeast splits in half to form two yeast cells (mitosis)
26 Fungi Reproduction
27 Fungi Reproduction Mushrooms reproduce sexually by forming spores
28 Fungi Reproduction Mushrooms reproduce sexually by forming spores Haploid spores are produced by meiosis
29 Fungi Reproduction Mushrooms reproduce sexually by forming spores Haploid spores are produced by meiosis Two spores combine to form a diploid cell
30 Fungi Reproduction
31 Fungi Reproduction Mold reproduce sexually or asexually
32 Fungi Reproduction Mold reproduce sexually or asexually Produce asexual spores or two hyphae fuse together to mate
33 Characteristics of Bacteria
34 Characteristics of Bacteria bacteria are divided into two kingdoms
35 Characteristics of Bacteria bacteria are divided into two kingdoms Archaebacteria
36 Characteristics of Bacteria bacteria are divided into two kingdoms Archaebacteria prokaryotic
37 Characteristics of Bacteria bacteria are divided into two kingdoms Archaebacteria prokaryotic bacteria that survive in harsh condition (thermophiles, halophiles)
38 Characteristics of Bacteria bacteria are divided into two kingdoms Archaebacteria prokaryotic bacteria that survive in harsh condition (thermophiles, halophiles) oldest forms of life
39 Characteristics of Bacteria bacteria are divided into two kingdoms Archaebacteria Eubacteria prokaryotic bacteria that survive in harsh condition (thermophiles, halophiles) oldest forms of life
40 Characteristics of Bacteria bacteria are divided into two kingdoms Archaebacteria prokaryotic Eubacteria prokaryotic bacteria that survive in harsh condition (thermophiles, halophiles) oldest forms of life
41 Characteristics of Bacteria bacteria are divided into two kingdoms Archaebacteria prokaryotic bacteria that survive in harsh condition Eubacteria prokaryotic typical bacteria (thermophiles, halophiles) oldest forms of life
42 Characteristics of Protists
43 Characteristics of Protists eukaryotic cells
44 Characteristics of Protists eukaryotic cells junk drawer or catch-all kingdom
45 Characteristics of Protists eukaryotic cells junk drawer or catch-all kingdom organisms that don t fit into a different kingdom
46 Animal-Like Protists
47 Animal-Like Protists unicellular protozoans
48 Animal-Like Protists unicellular protozoans Ex: amoeba, paramecium
49 Plant-Like Protists
50 Plant-Like Protists unicellular and/or contain pigments other than chlorophyll to photosynthesize
51 Plant-Like Protists unicellular and/or contain pigments other than chlorophyll to photosynthesize Ex: algae (red, brown)
52 Fungus-Like Protists
53 Fungus-Like Protists fungi that are able to move for at least part of their life cycle
54 Fungus-Like Protists fungi that are able to move for at least part of their life cycle Ex: slime molds, downy mildews, water molds
55 Review Questions 1. What are the three things that all fungi have in common? 2. What is an example of a unicellular fungus? 3. What are two examples of multicellular fungi? 4. What is the process by which fungi break down food? 5. What are hyphae, and what are they used for? 6. What is asexual reproduction? 7. What is the difference between budding and fission? 8. How do mushrooms reproduce? 9. What are the different methods mold can use to reproduce? 10. What are the similarities between the two types of bacteria? 11. What are the differences between them? 12. What is the group of animal-like protists called? 13. How are plant-like protists different from real plants? 14. How are fungus-like protists different from real fungi?
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