Show:
Levels of Ecology
Eater and Energy Flow
Cycles of Matter
ATP, Photosynthesis and Cellular Respiration
Miscellanious
100
The difference between abiotis and biotic, with examples.
What is living and nonliving respectively, a frog and wind.
100
The difference between a food chain and food web.
What is chains are all of the webs in a community intertwined.
100
Respiration, exhaust, and exhalation.
What is three ways humans add carbon dioxide to the atmosphere.
100
The process of converting sunlights, water, and carbon dioxide into glucose and oxygen, and the process of converting glucose and carbon into ATP.
What is the definitions of photosynthesis and cellular respiration.
100
The difference between abiotis and biotic, with examples.
What is living and nonliving respectively, a frog and wind.
200
The study of how life interacts with eachother and the environment.
What is the deifinition of ecology.
200
Something that consumes energy from other organisms and something that creates it's own energy. Consumer and producer.
What is the definition of heterotroph and autotroph, and a different name for each.
200
Energy cycles only include the flow of energy, biogeochemical cycles include things the carbon or nitrogen cycling.
What is the difference between an energy cycle and a biogeochemical cycle.
200
Light reaction and light independant reaction, ATP and O2, glucose.
What is the stages of photosynthesis, and the products of each.
200
Energy cycles only include the flow of energy, biogeochemical cycles include things the carbon or nitrogen cycling.
What is the difference between an energy cycle and a biogeochemical cycle.
300
An ecosystem in cludes abiotic factors like fire or drought, whilst community sticks to how different populations interact, like coyotes and rabbits.
What is the difference between ecosystems and communities, give an example of each.
300
Producers have the most energy, first level consumers have less, third level consumers have even less, and scavengers and the like have the least.
What is the levels of the energy pyramid and the amount of energy they hold.
300
(Pictures of the labels) Condensation, precipitation, collection, and evaporation.
What is the the four steps of the water cycle, and a drawing of each.
300
(ATP drawing) Energy is stored in the bond of the third "P" molecule in order to keep it connected.
What is drawing an ATP molecule and writing how it stores energy.
300
Producers have the most energy, first level consumers have less, third level consumers have even less, and scavengers and the like have the least.
What is the levels of the energy pyramid and the amount of energy they hold.
400
Individual, population, community, ecosystem, biome, biosphere.
What is the levels of ecology in order of least to most complex.
400
(Food Web Drawing) Carnivores, herbivores, scavengers, detrivores, decomposers, and autotrophs.
What is draw a food web with six types of consumers, and label each.
400
Nitrogen in the atmosphere is lightninged downed from the atmosphere, where it is absorbed into the soil, and absorbed by plants, and then consumed by deer.
What is the steps that take nitrogen from the atmosphere to the animal proteins inside a deer.
400
6CO2+H20=6O2+O6H12C6, O6H12C6+6O2=6CO2+H2O, the
What is the formula for photosynthesis and cellular respiration and explain how the processes are dependant on one and other.
400
Individual, population, community, ecosystem, biome, biosphere.
What is the levels of ecology in order of least to most complex.
500
Ecosystems, the frogs are easily killed by pollutants, and without the frogs, animals that eat them would go hungry.
What is the level of ecology studying how polution would effect frog populations and how that would effect the surrounding populations of other species, and how.
500
Detrivores.
What is the consumer that obtains the least amount of the energy from it's food.
500
CO2 being used in photosynthesis, getting eaten by an animal, being decomposed into soil, becoming fossil fuel, and being burned back into the atmosphere.
What is a cycle of carbon in which carbon goes through five changes before being returned to the atmosphere.
500
Glycolysis, 2 ATP, the citric acid cycle, 2 ATP, and the electron transport chain with 32 ATP.
What is the three processes of cellular espiration, and how much ATP they produce.
500
CO2 being used in photosynthesis, getting eaten by an animal, being decomposed into soil, becoming fossil fuel, and being burned back into the atmosphere.
What is a cycle of carbon in which carbon goes through five changes before being returned to the atmosphere.