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Structure: Made out of many organism and can move place to place
Behavior: Can actually learn! Also,it spreads out and can move locations

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Kingdom- Protista
Phylum- Myxomycota
Class- Myxomycetes
Order- Physarales
Family- Physaraceae
Genus- Physarum
Species- Physarum polycephalum

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http://bioweb.uwlax.edu/bio203/2010/renner_brad/classification.htm
Scientific name is: Physarum Ploycephalum
Habitat: Damp areas of vegetation like rotting logs or damp leaves or even on lawns and sides of buildings

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Structural- Endurance and built of the human body to sustain pressure and strength
Behavior- Human's brains is a great power that controls the body

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Kingdom- Animalia
Phylum- Chordata
Subphylum- Vertebrata
Class- Mammalia
Order- Primates
Family- Hominidae
Genus- Homo
Species- Homo sapiens

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Scientific name is: Homo sapiens
Habitat: Humans are found worldwide and can modify habitats creating new habitable areas.

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Structural: Quick, slim, long body that it adapted benefits it by hunting
Behavior: sly and sneaky benefits hunting as well and mating calls

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Kingdom- Animalia
Phylum- Chordata
Subphylum- Vertebrata
Class- Mammalia
Order- Carnivora
Family- Canidae
Genus- Vulpes
Species- Vulpes vulpes

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Scientific name is: Vulpes vulpes
Habitat: Red Foxes live in the locations like the forest, tundra, prairies, desert, mountains, farmland, and urban areas. Commonly found in woodlands

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Blue Whale structure and behavior advantages

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Blue Whale structure and behavior advantages

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Structural: Blue whales are the largest animal to ever exist on Earth, this is a benefit so it's size can make a big adaption possible against new prey or food.
Behavior: Mating seasonally and also having large young whales

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Kingdom- Animalia
Phylum- Chordata
Subphylum- Vertebrata
Class- Mammalia
Order- Cetacea
Family- Balaenopteridae
Genus- Balaenoptera
Species- Balaenoptera musculus

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Scientific name is: Balaenoptera Musculus
Habitat: Blue Whales live in the open oceans like the Arctic, Indian, Atlantic, Pacific, and etc.

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Yeast, paramecia and amoebae are all eukaryotes. Grass, potatoes, and pine trees are all eukaryotes, as are algae, mushrooms, and tapeworms. And, of course, moles, fruit flies, and you are also examples of eukaryotes.

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Plants, Animals, Protists, and Fungi are all members of the Eukarya domain

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Protists: One celled eukaryas with the exception of seaweed which are considered protists
Fungi: Contain characteristics from both plants and animals(ex. contains cell walls but also have protein found in beetles
Plants
Animals
http://education.seattlepi.com/list-several-examples-eukaryotes-4179.html

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Most associated with eukarya are plantae, animalia, and fungi kingdoms.

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Obtains food through photosynthesis, ingestion, or absorption. There is so many ways because the organisms can range from animals like dogs all the way to mushrooms.

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http://treeoflife.nmnaturalhistory.org/eukaryota.html

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Eukarya can both have multicellular organisms and unicellular organisms. This is because they can be ranging in size. They both have a membrane surrounded nucleus and organelles. Additionally, their cells include ribosomes, mitochondrion, etc.

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Eukarya is one if the three main domains but is some what different due to the fact that it possesses a nucleus and also has other organelles that have an enclosed membrane. It has organisms that range from the size of micro to large which then branch into different kingdoms.

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Most of the many millions of eukaryotic species on Earth are hidden from view, because most eukaryotic life forms are microscopic

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How Eukaryota are Different from the Other Domains

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How Eukaryota are Different from the Other Domains

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Eukaryota are different from other domains because they have a nucleus
http://treeoflife.nmnaturalhistory.org/eukaryota.html

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Eukarya (or Eukaryota) is one in the three-domain system of biological classification introduced by Carl Woese in 1990. 

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Eukarya (or Eukaryota) is one in the three-domain system of biological classification introduced by Carl Woese in 1990. 