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The total mass of organisms within each tropic level.

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Researchers use population, biomass, and energy pyramids to track the flow of energy and cycling matter through an ecosystem.

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Gain energy through photosynthesis by converting solar energy into chemical energy. Some examples would be seeds, grasses, or berries and flowers.

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Primary consumers mainly eat plants and are herbivores. They eat producers, and some examples would be skunks, rabbits, and butterflies.

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Gains energy by eating the primary consumers. Some examples of secondary consumers birds, larger rodents, snakes, and toads.

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The carnivores of the food chains. They are at the topmost level of a food chain. They gain energy by eating the secondary consumers. Some examples of tertiary consumers would be bears and hawks.

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Decomposers are responsible for breaking down dead organisms. Some examples of decomposers are bacteria, fungi, worms, and insects.

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A food web shows how plants and animals are connected by many different paths. This food web shows a bunch of different paths of life. An example would be the corn, which is a producer, being eaten by the grasshopper, which is a primary consumer, then the grasshopper is eaten by the rat, which is the secondary consumer, then the rat being eaten by the python which is the tertiary consumer (the organism at the top of a food chain). There are many other paths in this food web that all connect

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Food Chains follow a single path as animals eat eachother. As seen below, this food chain starts with the producer, which would be the grass, then the grass goes to the grasshopper which is the primary consumer, primary consumers are the organisms that eat the producers (plants). Next, the grasshopper is eaten by the frog which is a secondary consumer, secondary consumers are the organisms that eat the primary consumers. Lastly, the frog is eaten by the python, which is a Tertiary consumer. Tertiary consumers are the organisms that are at the topmost level in a food chain. They feed on secondary consumers.

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Another type of organic compound. This contains carbon, hydrogen, and oxygen. Carbohydrates are included in all different kinds of food that we like to eat, which is how we obtain the carbs. This image is of a linear carbohydrate that is forming a ring of carbohydrates.

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Proteins are organic compounds made of amino acids joined by bonds. The bonds are a primary building block or organisms. Proteins are very useful in our bodies because they are required for the structures of our bodies, they are required in order for our bodies to function, and they give energy to our bodies that keep us going throughout the day.

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Organic compounds including fats, oils, hormones, and certain components of membranes that are grouped together because they do not interact well with water. The energy in these lipids are stored for later. Inside of these lipids include hydrogen, carbon, and oxygen.

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4. Lipids, Proteins, Carbohydrates (How they relate to energy)

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4. Lipids, Proteins, Carbohydrates (How they relate to energy)

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Cellular Respiration is the catabolic pathway in which organic molecules are broken down to release energy for use by the cell. This is another process in which cells obtain energy. The products of cellular respiration are carbon dioxide and water.

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Photosynthesis is the system in which light energy from the Sun is converted to use light energy. This is a process in which cells obtain energy. The products of photosynthesis are oxygen and glucose.

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A simple sugar that is a important energy source in living organisms ad is a component of many carbohydrates.

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The position of an organism in a food chain or energy pyramid.

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The Rule of 10 is when energy is passed in an ecosystem from one tropic level to the next, only 10 percent of the energy will be passed on.

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-Can't be destroyed
-Can't be created
-Only changed

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An energy pyramid is a graphic model of energy flow in an environment. From the bottom up, it starts with producers, who are able to produce their own food from energy that they have gathered. Next, come the herbivores, who eat no meat and only things like plants. After that, come the carnivores, who eat only meat. Secondary carnivores come next, and these are the animals who eat the primary consumers. Lastly, on the top, come the apes/predators.

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Definition: Energy made available by the flow of electric charge through a conductor.
Example: Compass, Batteries
Explanation: This battery would be considered using electrical energy because the electrical charge is being made through a conductor causing it to power things up.

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Definition: Energy is stored in the bonds of chemical compounds, and this energy may be released during a Chemical Reaction, often in the form of heat. The chemical energy in food can also be converted into the body.
Example: Digestion, Firecracker
Explanation: This firecracker would be considered using chemical energy because the sparks are being released during a chemical reaction, the reactants are starting to change, and they end with new properties.

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Definition: The form of energy associated with the vibration of matter.
Example: A Car Horn
Explanation: This car would be considered using sound energy because when you honk the horn, it causes a vibration that has to do with matter, causing it to make noise.

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Definition: When a magnetic field pulls and pushes electrons in some objects near them causing them to move.
Example: Magnetic Field, Iron
Explanation: This magnet would be considered using magnetic energy because when this magnetic field pulls and pushes electrons inside of it, objects start to move closer to it.

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Definition: The sum of potential energy and kinetic energy. Energy associated with movement.
Example: Movement, Drones
Explanation: This drone would be considered using mechanical energy because the drone is moving, and mechanical energy has to do with movement.

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Definition: When particles inside of an atom split up.
Example: Power Plant
Explanation: This power plant can be seen using atomic energy because the nuclear particles are interacting, resulting in a different product than before, so in this case the nuclear particles are interacting, then they result in this, as if it is a nuclear fusion.

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Definition: Energy transmitted in wave motion (electromagnetic wave motion) Particles- radiation (heat) Could be a campfire.
Example:Thermal, Light
Explanation: This sun is showed using radiant energy because it is showing that it is able to produce heat.

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The most important biological molecule that provides chemical energy. Also referred to as Adenosine Triphosphate.

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Definition: The potential energy held by an object because of its high position in line with a lower position.
Example: Slinky
Explanation:  This slinky would be an example of gravitational energy because when you let go of it it reaches the floor.