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Animalia

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Animalia

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Animalia

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Animalia

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Animalia

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Plantae

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Plantae

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Plantae

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Plantae

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Plantae

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Fungi

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Fungi

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Fungi

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Fungi

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Fungi

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Protista

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Protista

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Protista

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Protista

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Protista

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Eubacteria

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Eubacteria

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Eubacteria

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-Cell Type: Prokaryotic
-# of cells: Single-Celled
-Level of Organization: Cell
-Cell Wall: Yes, Pseudomurein
-Mode of Nutrition:  non-photosynthetic photophosphorylation
-Mode of Reproduction: Asexual
-Motility: Yes
-Reasons of importance: Live in very extreme place and condition. Found in the guts of humans. Archaebacteria have a unique RNA type
-Significance as a kingdom: They live in extreme conditions. They are non-photosynthetic. They are unicellular. They are prokaryotic. They only produce asexually.
-5 Facts: They reproduce aexually. They are non-photosynthetic. They are a basic form of life. They are found in water. They have a cell wall.
(Bailey, 2019)

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Archaebacteria

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Archaebacteria

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Archaebacteria

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Archaebacteria

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Eubacteria

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-Cell Type: Prokaryotic
-# of cells: Single-Celled
-Level of Organization: Cell
-Cell Wall: Yes, Peptidoglycan
-Mode of Nutrition:  absorption, photosynthesis, or chemosynthesis
-Mode of reproduction: Asexual
-Motility: Yes
-3 Reasons: They help the human body function more efficiently. They help human digestion. They reproduce at an alarming rate
-Importance as a kingdom: They can be round. They can be spirals. They can also be rod shapes. They can get nutrition through multiple ways. They can reproduce through binary fission
-5 facts: They can be toxic. They can be found in the human body. They are body cells. They can be in many different forms.
(Bailey,2019)

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-Cell Type: Eukaryotic
-# of cells: Multicellular
-Level of organization: Cell
-Cell Wall: Yes, Cellulose
-Mode of Nutrition: absorption, photosynthesis, or ingestion
-Mode of reproduction: Mostly asexual but sexual does occur
-Motility: Yes
-3 reason of importance: They help mitochondria function in animal cells. Help chloroplasts in plant cells. Plant versions are capable of photosynthesis to make Oxygen
-Importance as a kingdom: They can be found in plants. They can be found in animals. They can be parasites. Plant versions can perform photosynthesis. They can reproduce both sexually and Asexually
-5 Facts: Can be parasitic. They can reproduce in more than one way. They are capable of photosynthesis. They can cause disease. They can be found in plants and animals.
(Bailey,2019)

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-Cell Type: Eukaryotic
-# of cells: Multicellular
-levels of organization: Tissue
-Cell Wall: Chitin
- Mode of nutrition: absorption
-Method of reproduction: sexual and asexual
-Motility:  No
-3 Reasons of importance: They decompose efficiently. Used to form antibiotics for humans. Good for recycling nutrients
-Importance as a kingdom: extremely good at decomposing. Good at recycling nutrients. Can reproduce in two ways. Absorbs food. Not capable of photosynthesis
-5 Facts: They can be used to from antibiotics. They also can be harmful to humans. They can reproduce sexually and asexually. They can't perform photosynthesis. They are very at decomposing

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-Cell Type: Eukaryotic
-# of cells: Multicelular
-Level of Organization: Organ System
-Cell Wall: Cellulose
-Mode of Nutrition: Photosynthesis
-Method of reproduction: Asexual
-Motility: No
-3 reasons of importance: Support life in most food chains. They provide oxygen. They provide medicine to humans.
-Importance as a kingdom: They build up the bottom of the food chain. Present in most of all of Earth's major biomes. They produce Oxygen. They reproduce asexually. They cellulose cell walls.
-5 Facts: They Produce Oxygen. They are present almost everywhere. They are multicellular. They produce medicine for humans. They fuel all food chains.
(Bailey,2019)

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-Cell Type: Eukaryotic
-# of cells: Multicellular
-Level of Organization: Organ System
-Cell Wall: None
-Mode of Nutrition: Ingestion
-Mode of reproduction: Sexual and Asexual
-Motility: Yes
-3 Reasons of importance: They are the only kingdom that eat other organisms for nutrition. They provide competition in the food chain. They prevent overpopulation
-Importance as a kingdom: Millions of species of organisms. Prevent overpopulation of a species. They are in every biome on earth. They mostly reproduce sexually.  They can be variations of colors.
-5 Facts: They can reproduce two ways. In every biome on Earth. Prevent overpopulation. They play a huge role in every food chain. Animals evolve overtime to survive better.
(Bailey,2019)

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Archaebacteria

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Bailey, R. (2019, February 01). The 6 Kingdoms of Life. Retrieved April 29, 2019, from https://www.thoughtco.com/six-kingdoms-of-life-373414

Archeabacteria Examples. (n.d.). Retrieved April 29, 2019, from https://classificationofthekingdoms.weebly.com/archeabacteria-examples.html

Eubacteria Examples. (n.d.). Retrieved April 29, 2019, from https://classificationofthekingdoms.weebly.com/eubacteria-examples.html

Protista Examples. (n.d.). Retrieved April 29, 2019, from https://classificationofthekingdoms.weebly.com/protista-examples.html

Fungi Examples. (n.d.). Retrieved April 29, 2019, from https://classificationofthekingdoms.weebly.com/fungi-examples.html

Plantae Examples. (n.d.). Retrieved April 29, 2019, from https://classificationofthekingdoms.weebly.com/plantae-examples.html

Animalia Examples. (n.d.). Retrieved April 29, 2019, from https://classificationofthekingdoms.weebly.com/animalia-examples.html