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glycolysis in the cytoplasm

krebs cycle and electron transport chain in mitochondria

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1. glycolysis
2. krebs cycle
3. electron transport chain

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cellular respiration is the process that releases energy by breaking down glucose
aerobic respiration needs oxygen
anaerobic respiration does not need oxygen

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See all the wonderful things TAYLOR BEDWELL has made

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photosynthesis produces oxygen and takes in carbon and cellular respiration produces carbon and takes in oxygen
photosynthesis took in carbon from our atmosphere to make oxygen and our atmosphere able to live in
we need oxygen for our cells to function
energy is transformed to be utilized by living things and all living things are made of matter

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4 major bio molecules are lipids proteins carbohydrates and nucleic acids each of these molecules contain at least one of C,H,O,N,P,S they are made up of monosaccharide  chains of carbon amino acids and nucleotides

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cellular respiration is when we take in oxygen and produce carbon dioxide
the products of photosynthesis are oxygen and sugar the reactant is carbon

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law of conservation of matter- matter is neither created nor destroyed
law of conservation of energy- energy is neither created nor destroyed
law of conservation of mass energy- E=MC^2 the speed of light
matter releases energy and energy is matter

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-takes place in chloroplast
-light reaction takes in H2O and light energy and produces O2, ATP, and NADPH
-calvin cycle takes in CO2 and produces sugar, ADP+P, and NADP+
-chemical formula 6CO2+6H2O=C6H12O6+6O2
-chloroplast is what makes the plant green and makes light energy into chemical energy
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