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kingdoms that have something in common, this could include plants, different forms of bacteria, animals, etc.

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the five kingdoms of life are different categories of life, for example plants, animals, different kinds of bacteria, etc.

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organisms that are given two separate names.

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organisms that are similar to one another therefore creating a system called binomial nomenclature.

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the similarities between the evolutionary history between organisms.

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an organism shares the same reproductive organs as the opposite gender, meaning they have both.

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multicellular cells and a variety of unicellular cells go through a process of reproduction half or at all times.

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when a partner is not needed in order to reproduce.

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a eukaryotic cell division process that happens within the nucleus.

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the genetic information that is passed down from one generation to the other.

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how heat and materials can go in and out at a fast rate.

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organisms that are classified as warm blooded animals.

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organisms that are classified as cold blooded animals.

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organisms such as fishes that have to take out the excess salt they take in to their bodies from the seawater.

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organisms that may make changes to a specific chemical in order to match with a gradual change that can occur with the salinity.

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organisms that are capable of taking control of their internal concentrations to prevent problems like osmotic issues.

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organisms that have to remain in areas with the right salinity levels that match their fluids.

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diffusion of water that is located across a selectively permeable membrane.

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molecules that travel from high concentration to low concentration regions or areas.

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smaller cells staying within the larger cells, which because of this process these larger cells are known as hosts (living together)

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one or multiple communities that have non-living and physical environment in common creating an ecosystem.

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a number of species that share the same habitat.

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similar types of species or organisms

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similar species who live in different specific regions.

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cells that are arranged in a more simple way than prokaryotic cells.

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these cells are primitive cells and you can differentiate these cells due to the fact that there's little to no membrane bound organelles within these prokaryotic cells.

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autotrophs using organic matter for growth and reproduction, meaning there's going to be more sources of food for heterotrophs and other organisms since there's more sources of food.

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autotroph and heterotroph utilize respiration to use up the energy that they gathered from a process called photosynthesis.

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organisms that need a source of food that is existent such as other animals in order to have energy.

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organisms that do not require food to survive and using the energy they get from the sun as their main source of protein, food, etc.

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a pigment that is photosynthetic.

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where organisms gather energy from the sun to create proteins and nutrients that they need.