Aerobic and anaerobic respiration!?
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http://www.gonzaga.k12.nf.ca/academics/science/sci_page/biology/cellular_respiration_notes.htm
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18. D. Oxygen and energy (ATP) are products of aerobic respiration, whcih takes place in the mitocondria.\n\n19. B. The cell membrane is called a LIPID BILAYER. which has 2 layers of phospholipds. the hydrphobic tails in the center. and the 2 heads facing out side the cell and inside the cell. the inner layer would have the head facing the inside of the cell.\n\n20. A. the bactera (monerans) were one of the earliest forms of life. The had the earliest form of sexual reproduction by exchanging DNA with another bacterium through their membranes. They were also mobile (getting around from place to place). For example, some bacteria have flagela, which whip around for them to move. an getting energy from the sun... hmm. well. im not sure if bacteria can photosynthesize. but im 100% sure they can get energy from the sun INDIRECTLY through cellular respiration.
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Respiration happens constantly in many organisms as the main metabolic pathway to provide the cell with ATP (chemical energy).  \n\nThe term respiration also implies that oxygen is needed (this is why your lungs and etc are called the respiratory tract).  Oxygen is the final electron acceptor in the "electron transport chain" of respiration and when it accepts these electrons it forms a water (H2O) molecule\n\nRespiration is coupled with mitochondria in humans and most other eukaryotes.  In humans, mitochondria are used to create a "proton gradient" which drives ATP synthesis in the mitochondria.  Heart cells have many mitochondria for example, and this is because the heart constantly beats and requires energy.  Skeletal Muscle cells also have a decent amount of mitochondria, but when you exercise your muscles and they burn, it is because respiration is going as fast as it can, but since your cells need chemical energy, they have started to use an alternative pathway that produces lactic acid (the burn from exercise).\n\nEven bacteria like e-coli use respiration, though they do not have mitochondria, though often bacteria can live without oxygen and use different metabolic pathways in the absence of oxygen.
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Aerobic exercise is cardio, such as jogging and cycling. It gets your heart rate up. Anaerobic is weight training, such as lifting weights and leg presses. With weight training, you do a set amount of reps which become difficult near the end. With aerobic, you keep at a steady pace.
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Aerobic.\n\nYou need oxygen in your blood to use fat as an energy source. \n\nAnaerobic exercise does maintain enough oxygen in the blood to convert fat to energy, and starts burning sugars for energy, which do not need oxygen to convert to energy.\n\nUse a heart rate monitor during your exercise to make sure you stay in your aerobic heart zone.
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cellular respiration occurs in the presence of oxygen.\nit involves glycolysis and then the krebs cycle and then the electron transport chain.\nte end product of the whole process is the synthesis of ATP which is the energy used in most cellular work. \n\nthat's as simple and general as i can put it. look it up on the net if you need more info. lotsa websites out there.
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None that I know of. Anaerobic bacteria do not need oxygen to survive, and usually die in the presence of oxygen.\n\nTo survive, anaerobic bacteria use two types of repiration to survive: Fermentation and anaerobic repiration, both of which utilize glucose. \n\nThe article does mention that there are times the conversion of pyruvate to acetaldehyde generates CO2 and the conversion of acetaldehyde to ethanol regenerates NAD+. It doesn't mention which bacterium can facilitate said process.
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haha the answer above me is funny...what what exactly do you want to know about it? theres a lot to do with respiration...theres inspiration where the air is taken in..this is caused by a contraction of the diaphragm..thens there structures like the epiglotis, trachea, pharynx...then the oxygen goes to your lungs..where gas exchange occurs in the alveoli's...this is done by some complicated process that i dont understand really..i didnt really pay attention during this part of physiology/biology class. haha. anyway, the oxygen is picked up by the pulmonary artery and goes to the rest of the body through the aorta...uhh, i can think of anything else..hope this helps!
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fermentation:2 ATP\n respiration:36-38 ATP
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anaerobic respiration produces two ATP(adenosine triphosphate) and then aerobic respiration produces 36 ATP.
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CO2 + H2O --> CH2O + O2\n read the attached webpage
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i actually know this one....photosynthesis is a reaction where sunlight enters the plant and the chloroplast turns it into ATP (energy) and food for plant. co2+h2o+light=c6h12o2+o2 is the equation for photosythesis. carbon dioxide+water+light=glucose+oxygen\n\nrespiration is the exact opposite of photosynthesis. well the equation is except we replace ATP with light. ATP is the kind of energy we use. there are two types of respiration. anaerobic and aerobic. anaerobic doesnt have oxygen to happen...which then makes the muscles produce lactic acid which makes us sore when we excersise too much. and bacteria produces ethly alcohol which is the alcohol u drink. aerobic needs oxygen to carry out. and it produces either 36 or 38 ATPs i dont remember. and the more ATP (energy) u have. the better. hope that answered ur question. and im only in the ninth grade..so proud of myself. :)
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Cells that depend on electron acceptors other than oxygen use anaerobic respiration. Species that depend on oxygen as an electron acceptor are said to use aerobic respiration and are called aerobic organisms. Aerobic respiration produces a lot more energy because oxygen has a very low potential energy compared to the high potential energy in the electrons of NADH.
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Oh Biology, how do I miss thee!!!!!  Ah that was some good times.  Cytochrome c oxidase is part of the respiration cycle and it accepts electrons.  That about all I can remember but thanks for the points and a trip down memory lane.
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Fermentation:\nC6H12O6 → 2C2H5OH + 2CO2 \n\nCellular Respiration:\nC6H12O6 + 6O2 → 6CO2 + 6H2O + Energy released (2830 kJ mol−1)\nmore specifically:\n-TCA Cycle\n--Isocitrate Dehydrogenase\n--alpha-ketogluterate Dehydrogenase
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Anaerobic glycolysis refers to breakdown of glucose in absence of Oxygen. In case u want a detailed report u can mail me at pr4kane@yahoo.com. I'm in tenth grade and i have read this in my biology text and right now it seems to be somehwhere in the pile on my table. I'll find it, referto it and give the right answer if u can mail me.
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2C6H10O6  + 11O2 >>>>  12 CO2 + 10H2O\n\nbut the equation for respiration is...\n\nC6H12O6 + 6O2 >>>> 6CO2 + 6H2O