PPT-ANIMALS multicellular ,

eukaryotic organisms heterotrophs Sub groups of animals vertebrates birds mammals amphibians reptiles fish molluscs oysters octopuses snails. multicellular. computing using genetically encoded NOR gates and chemical ‘wires’. Avin. . Tamsir. , Jeffrey J. Tabor & Christopher A. . Voight. Presented by Colin Reisterer. Logic. Gates. Cells as computational devices. Domain. Most inclusive taxonomic category; larger than a kingdom. . Bacteria. . Domain of unicellular prokaryotes that have cell walls containing peptidoglycan.. Eubacteria. . Kingdom of unicellular prokaryotes whose cell walls are made up of peptidoglycan.. Animal like, plant like and fungi like. Objectives. 1. Define . protist. .. 2. Describe the hypothesis for the origin of eukaryotes. . 3. Explain . protists. classification. . 4. Describe two major ways in which . Creating a T Chart of Benefits and Limitations. Structure. Unicellular Organism. Body is made up of a single cell. Multicellular Organism. Body is made up of numerous cells. Division of Labor. Unicellular Organism. Taxonomy is the science of naming and classifying organisms. The system used by biologists is called the . Linnnaean. System.. Carl Linnaeus was a Swedish biologist in the mid-1700s. He popularized a system of grouping organisms according to like characteristics and giving each group a specific name.. How does seaweed benefit life in the ocean? Humans?. READ ARTICLE. SEAWEED CHARACTERISTICS. Multicellular algae/ macroscopic algae. Photosynthetic. Producer. Autotrophic. SEAWEEDS are CLASSIFIED by color. . MARINE SPONGE. Hint : THE TEXTURE OF A SYNTHETIC SPONGE IS SIMILAR TO A MARINE SPONGE. WRITE OBSERVATIONS ON BOARD. SPONGES. INSTRUCTIONAL OBJECTIVES SPONGES. Living organisms are subdivided into 5 major kingdoms. , . . 1. . Monera. . 2. Protista . . 3. Fungi. . 4. Plantae. . 5. . Animalia. . . Each kingdom is further subdivided into separate phyla or divisions. Generally "animals" are subdivided into phyla, while "plants" are subdivided into divisions. What are the pros and cons about zoos?. Contents Page . Pros about zoos. Cons about zoos . Do zoos help animals? . Should zoos release animals into the wild? . The End. Pros about zoos. Zoos can be very helpful to animals even though what I have presented has been all about zoos being cruel to animals. Certain animals can benefit from being in a zoo in these ways: . Unicellular Organisms. vs.. Multicellular Organisms. Background information. What does “micro” mean?. What is a microscope?. What is an organism?. What does “multi” mean?. What is a cell?. Micro. Second Reason. : Humans matter more than animals because only humans are self-aware (or have the potential for self-awareness).. The fact that the human being can have the representation “I” raises him infinitely above all the other beings on earth. By this he is a person....that is, a being altogether different in rank and dignity from things, such as irrational animals, with which one may deal and dispose at one's discretion.. Eukaryotic diversity. A . eukaryote. is any organism of the domain . Eukarya. ; eukaryotic cells are characterized by the presence of a membrane-enclosed nucleus and organelles.. Eukaryotic diversity. What is the difference between a . Service. and an Emotional Support Animal?. A . service animal. is any guide dog, signal dog, or horse individually trained to provide assistance to an individual with a . Your Objective. 1. You will understand that . organisms. are composed of one or more . cells. . . 2. You will . identify the basic characteristics of organisms: . unicellular organisms. multicellular organisms.