Ms Regan's C.P photosynthesis and cellular respiration test.
562595245 | autotroph | an organism that makes its own food by converting sunlight into usable energy in the form of ATP or glucose | |
562595246 | heterotroph | is an organism that obtains energy by consuming other organisms | |
562595247 | ATP | adenine ribose 3 phosphate group | |
562595248 | A of ATP | adenine | |
562595249 | T of ATP | ribose | |
562595250 | P of ATP | 3 phosphate group | |
562595251 | ATP | the principle chemical component that cells use to store energy for active transport | |
562595252 | ATP | active transport and movement of the cell are just two of the uses of ____ | |
562595253 | ADP | adenine ribose 2 phosphate groups | |
562595254 | bonds | energy is stored between the phosphate ____ | |
562595255 | energy | ____ is released when the phosphate bonds are broken | |
562595256 | photosynthesis | 6co2+6h2o(light energy and chlorophyl)c6h12o6+602 | |
562595257 | chloroplast | the place photosynthesis takes place generally | |
562595258 | thylakloid | sac-like photosynthetic membranes arranged in stacks | |
562595259 | grana | stacks of thylakloids that contain chlorophyl and pigment | |
562595260 | stroma | region outside thylakloid membrane | |
562595261 | thylakloids | where do the light reactions take place? | |
562595262 | water and light | what is needed for the light reactions of photosynthesis? | |
562595263 | oxygen, ATP, NADPH | what are the 3 products of the light reactions? | |
562595264 | photosystem 2 | (where does this take place?) light is absorbed which excited electrons | |
562595265 | photosystem 2 | (where does this take place?) the high energy electrons, excited by the light, move to the ETC | |
562595266 | photosystem 2 | (where does this take place?) h2o is broken down into O2 and H+ ions | |
562595267 | H+ and o2 | in the photosystem 2, water is broken down into what two things? | |
562595268 | photosystem 1 | (where does this take place?) light is absorbed. the high energy electrons are picked up by NAPD+ to form NADPH | |
562595269 | NAPD+ | NADPH is formed when ___ picks up high energy electrons | |
562595270 | dark reactions | this process takes place in the stroma | |
562595271 | co2 ATP NADPH | what is required for the dark reactions of photosynthesis? | |
562595272 | glucose | what is the product of the dark reactions of photosynthesis? | |
562595273 | carbon fixation | the incorporation of carbon dioxide into organic compounds | |
562595274 | photosystem 2 | the ETC is located where? | |
562595275 | ETC | high energy electrons pass through the ___ | |
562595276 | 2e- | H2O splits into H+, O2 and ___ (that replace the e- that went into the ETC) | |
562595277 | NADPH | NADP+ e- + H+ =? | |
562595278 | H+ diffusion through ATP synthesis | What provided energy to make ATP? | |
562595279 | H+ | what is pumped into the thylakloid membrane through active transport to later be diffused back inot the membrane to provide the energy for ATP? | |
562595280 | thylakloiad | chlorophyl is specificly found where? | |
562595281 | e- passes to ETC to photosystem 1 | what happens when sunlight excited the electrons in chlorophyl? | |
562595282 | NADP+ | what is needed to transport high energy electrons? | |
562595283 | e- | ___ will be used to pump H+ ions into thylakloid membrane so they can diffuse back into the membrane to produce ATP and NADPH. | |
562595284 | photosystem 2 | light is absorbed, e- move to ETC, h2o breaks to O2 and H+ } where? | |
562595285 | photosystem 1 | e- picked up by NADP+ to form NADPH } where? | |
562595286 | energy carrier | NADPH is what? | |
562595287 | factors that effect photosynthesis | temp, water, light intesisty | |
562595288 | 2 | how many membranes does a mitochondrion have | |
562595289 | cristae | inner folds of the inner membrane | |
562595290 | matrix | region surrounding the cristae | |
562595291 | cellular respiration | c6h12o6+o2->6co2+6h2o+energy | |
562595292 | glucose atp | cellular respiration is used to break down ____ into ____ | |
562595293 | glycolysis | first stage of cellular respiration breaks down sugar | |
562595294 | cytoplasm | where does glycolysis take place? | |
562595295 | glycolysis | glucose splits into 2 three carbon molecules and pyruvic acid in what process | |
562595296 | 2 | how many ATPs are needed for glycolysis | |
562595297 | 4 | how many ATPs does glycolysis produce? | |
562595298 | 2 | what is the net gain of glycolysis | |
562595299 | anarobic | glycolysis doesnt require oxygen which means it's ___ | |
562595300 | cytoplasm | anarobic respiration takes place where? | |
562595301 | alcoholic fermentation | anarboic resp. of yeast cells | |
562595302 | alcoholic fermentation | 2 pyruvic acids --> 2 ethnol in what process | |
562595303 | lactic acid production | anarobic resp. of muscle cells | |
562595304 | lactic acid production | 2 pyruvic acids --> 2 lactic acids in what process | |
562595305 | aerobic resp. | resp. w/ oxygen | |
562595306 | mitochondrion | aerobic resp. takes place where | |
562595307 | glycolysis | pyruvic acid os produced where? | |
562595308 | 2 | kerbs cycle produces how many ATPs | |
562595309 | 32-34 | ETC produces how many ATPs? aerobic resp. | |
562595310 | mitochondrion | pyruvic acids enters the ___; kerbs cycle | |
562595311 | co2 | what is a waste product of kerbs cycle? | |
562595312 | acetyl CoA | The entry compound for the Krebs cycle in cellular respiration; formed from a fragment of pyruvate attached to a coenzyme. | |
562595313 | citric acid | 6 carbon; formed in Krebs Cycle; intermediate in the metabolism of carbohydrates | |
562595314 | reaction products of kerbs cycle | NADH, FADH2, ATD |