How many ATP molecules does it take to make one glucose molecule?
155745
fermentation:2 ATP\n respiration:36-38 ATP
926568
one. the name glucose 6-phosphate means that there is one single phosphate group in carbon atom number 6.
850874
you are correct in what you have said.\nevery cycle of respiration starts with a molecule of glucose which after several steps converts into pyruvate.(2 molecules)\nif then ,O2 is present, krebs cycle will occur, otherwise, fermentation takes place. end product of fermentation is a molecule of CO2 and either ethanol(plants) or lactic acid(animals). krebs cycle produces energy molecules (NADH AND FADH2 + ATP) NADH and FADH2 undergo electron transport system to yield 11 molecules of each pyruvate. thus, a total of 24(22 +1+1) ATP's are formed in kreb's cycle.CO2 is also released.\n4NAD+ +FAD +2H2O +ADP +Pi +pyruvate = ATP +3CO2 +4NADH+FADH2+4H+  = 3CO2 +24 ATP (IN KREB'S CYCLE)\nat the end of whole process of respiration, however, 36 ATP's are gained net (including ATP gain in other processes as well)
424420
It is D.\n6(H2O) + 6(CO2)---> C6H12O6+ 6O2\nsix molecules of water plus six molecules of carbon dioxide produce one molecule of sugar plus six molecules of oxygen
747573
It is metabolism of the glucose energy by Reduction-Oxidisation (RedOx) reactions to be used in the electron transfer chain to produce Adeonsie Triphosphate (ATP) which is the basic energy unit that is used in cells.
720538
Glycolysis.\n\nOne molecule of glucose is broken down into two molecules of pyruvic acid generating energy in the form of ATP and NADH. This is one of the most common metablic pathways known, being found in the majority of living organisms.
723838
ATP maybe.\nGlucose if not.
979681
ATP expelling water.  Glucose is broken down to make ATP and the process consumes oxygen, while expelling water. :)
745290
The answer is C.  Six molecule of 3-phosphoglycerate is produced per turn of the Calvin cycle (in the first step).  One full turn of the Calvin cycle requires the fixation of three CO2 molecules.  Also ATP and NADPH is used in the Calvin cycle and both are oxidized to lower energy forms.  Only 1 RuBP is produced per cycle.
1025308
When you say activation energy I presume you're talking about the 2 ATP used? Those 2 ATP are part of the first step of aerobic respiration, glycolysis.\n\nIn glycolysis, we start with a molecule of glucose, C6H12O6\n1) 2 ATP are used\n2) 2 NADH are produced\n3) 4 ATP are produced\n4) 2 pyruvate are formed
909638
ATP is not made up of cells.  ATP (Adenosine triphosphate\n) is basically the power source of cells.  Cells convert ATP to ADP to get the energy necessary to conduct cell functions.  Photosynthesis reverses the processes (turns ADP to ATP)
456312
It is converted into ATP (adenine triphosphate).
897911
The starting substances in respiration are a sugar (usually glucose) and oxygen.  The sugar first goes through glycolysis , which breaks it down into 2 pyruvates, 2 ATP, and  2 NADH. Then the 2 pyruvates go into the Krebs cycle (TCA cycle) and more NADH are made, plus 2 GTP.  Then all of the reducing power enters the electron transport chain where electron are transferred to oxygen to make H2O and ATP at the end of the respiration pathway.  The carbons in the glucose are converted into CO2.
127499
There are LOTS of reactions that occur in the mitochondria. We probably don't know them all yet. The Krebs Cycle/Citric Acid Cycle/Tricarbonic acid cycle is just the most 'famous'.\n\nAs for chemical stuff... one molecule of glucose creates 6 molecules of C02, 6 molecules of H20 and ~35 molecules of ATP (it can vary).
786178
In glycolysis, glucose eventually becomes pyruvate. Glucose and pyruvate are small molecules. The production of pyruvate does not happen at once: glucose first has a phosphate molecule attached to it, then it's oxygen bonds get tweaked a bit, then another phosphate gets attached... After ten small alterations, we have two pyruvates (glucose gets split in half along the line). The pathway starts with glucose and ends with pyruvate, but after the first step, it is not just glucose anymore, it is glucose-6-phosphate. After the second step it is fructose-6-phosphate. These molecules that are not the start or the finish of a pathway are called intermediates.\n\nAll the intermediates are small molecules. Enzymes are not small molecules (relatively speaking). Enzymes are proteins, the smallest of which are still hundreds of times more massive than glucose, pyruvate, and the glycolysis intermediates. Enzymes serve very specific functions and the transformation of glucose into the first intermediate of glycolysis is controlled by an enzyme. The transformation of the first intermediate into the second is also controlled by an enzyme (a different one). Just about every molecular transformation occuring in any organism is controlled by an enzyme. The enzymes do not change. They just cause the molecular transformation of other molecules to occur much faster than they would naturally.
854398
When the two glucose molecules join, two hydrogen and one oxygen atoms are released, so I think the answer to your question is that the larger molecule is the maltose and the smaller is water (H2O).\n\nHope this helps - now get on with your homework!!  ;-)
858478
glyceraldehyde 3-phosphate which has three carbons. two of them can make a glucose molecule after calvin benson cycle.