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Takes place in the tylakoid

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6H20+6CO2-->C6H1206+602

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Role of photosynthesis and cellular respiration play in recycling carbon

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Role of photosynthesis and cellular respiration play in recycling carbon

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Both photosynthesis and cellular respiration require oxygen and release carbon dioxide

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How energy is transformed and matter utilized 

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How energy is transformed and matter utilized 

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By cellular respiration and by energy

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Because the oxygen we breath in burns fuel(Fatty acids and sugars)in our cells to produce energy

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How photosynthesis helps the earths Atmosphere 

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How photosynthesis helps the earths Atmosphere 

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It helps clear out the air that plants let out Carbon dioxide which helps the plants grow more and gives us humans more oxygen to live with

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Photosynthesis makes glucose in cellular respiration to make ATP.Then the glucose turns back into carbon dioxide

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Products of photosynthesis become amino acids

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Products of photosynthesis become amino acids

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These structures are responsible for our genetics info.DNA and RNA are one of them

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Carbon
Hhydrogen
Oxygen
Nitrogen
Phosphorus
Sulfur

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Proteins-substance that has amino acids,compounds and carbon,hydrogen,nitrogen, oxygen,and sulfer found in many foods.
Lipids-organic compounds formed mainly from alcohol and fatty acids
Carbohydrates-substances containing hydrogen, carbon,abd oxygen having general formula.
Nuclear acids-substance, found mainly in DNA or RNA ,whose molecules consistof many nucleotides combines in a ong chain

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Amount of energy transferred at each level

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Amount of energy transferred at each level

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10% of energy is transferred when it switches levels

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Amount of energy available in each level

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Amount of energy available in each level

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Tropic level: energy decreases as it moves through ecosystem.

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An organism that decomposes organic materials

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Herbivores-an animal that feeds on plants
Omnivore-Animal or people that eats food or plants or animal origin
Carnivores-anima that feeds on fleesh

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An organism that can't fix carbon from inorganic sources

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Is an organism that produce their own food using light,water,carbon dioxide. They produce their own food

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Low rates of energy transfer by the tropics level make decomposers more important.decomposers take large amount s of organic materials and re produce them to the ecosystem

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It is Global warning potential.Carbon Dioxide is a primary greenhouse gas emitted by human activities.

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Oxygen and Glucose are both reactants in the process of cellular respiration.ATP is the main product.

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Set of metabolic reactions and the processes that take place in the cell of organisms to convert biochemical energy.

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Energy equals Mass multiplied by the square of the speed of light.Any small amount of matter contains a very large amount of energy

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Energy cant be created nor destroyed,but it can change form.It states that the total amount of mass remains constant in an isolated system

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That energy from an Isolated system remains constant>Energy cant be created nor destroyed

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That any system closed to all transfers of matter and energy,the mass of the system must remain constant overtime

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Light energy transformed into chemical energy

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Light energy transformed into chemical energy

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Light penetrates cell and pass to chlorophyll>light energy intercepts by chlorophyll molecules on granal stacks>Thus some light energy is converted into chemical energy.

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Same with chloroplast,Chlorophyll convert the suns energy  into storable formin ordered sugar molecules such as Glucose.

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Photosynthesis takes place in light dependent and the Calvin cycle but in the light dependent reaction which can found in thylakoid membrane use light energy to make ATP and NADPH.

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It works to convert light energy from the sun into sugar that are used in plants.That process is what photosynthesis is and it depends on the chlorophyll molecules in each chloroplast

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Carbon dioxide+water-->Glucose+oxygen+water

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Inputs-Carbon Dioxide,water,light
Outputs-Carbohydrates(usually Glucose)