net gain of carbon atom is 8 in kreb cycle
Acetly CoA is formed before the process and enters the cycle. It is processed through a series of reactions that extract electrons and hydrogen ions. A small amount of ATP is produced and carbon dioxide is released.
The purpose of the Krebs Cycle is basically to produce NADH+H and FADH2. Pyruvic acid enters the Krebs Cycle than goes through a series of reactions and the final product is six NADH+H and two FADH2. These energy carriers are than sent to the electron transport chain. The Krebs cycle goes around twice for every molecule.
this is reaction done by micro organisms in this oxidation reaction taking place between oxygen and carbohydrate/ fat/ proteins. from this main product is energy gain by micro organisms and by product CO2 and water given out . this CO2 and water taken by plant to from carbohydrate/ fat/ protein. such a way this cycle take place.
When carbon atoms bond with other atoms, they share or transfer valence electrons to complete their outer electron shell. This sharing or transferring of electrons creates chemical bonds with other atoms, allowing carbon to form various compounds essential for life.
Carbon atoms do not gain electrons to form a covalent bond. Carbon atoms form four covalent bonds by sharing its four valence electrons with the valence electrons of other atoms. These can be single bonds, in which one pair of electrons is shared; double bonds, in which two pairs of electrons are shared; or triple bonds, in which three electrons are shared; or a combination of these.
The Krebs cycle (or citric acid cycle) produces more energy in the form of ATP compared to glycolysis. The Krebs cycle generates 36-38 ATP molecules per glucose molecule, while glycolysis only produces a net gain of 2 ATP molecules.
Acetly CoA is formed before the process and enters the cycle. It is processed through a series of reactions that extract electrons and hydrogen ions. A small amount of ATP is produced and carbon dioxide is released.
NAD and FAD are reduced in the Krebs cycle and oxidised in the electron transport chain.
The purpose of the Krebs Cycle is basically to produce NADH+H and FADH2. Pyruvic acid enters the Krebs Cycle than goes through a series of reactions and the final product is six NADH+H and two FADH2. These energy carriers are than sent to the electron transport chain. The Krebs cycle goes around twice for every molecule.
this is reaction done by micro organisms in this oxidation reaction taking place between oxygen and carbohydrate/ fat/ proteins. from this main product is energy gain by micro organisms and by product CO2 and water given out . this CO2 and water taken by plant to from carbohydrate/ fat/ protein. such a way this cycle take place.
Yes: Carbon can gain 4 electrons from less electronegative elements to form a carbide ion with a charge of -4 in an ionic compound. (More often, however, a carbon atoms will share four electrons with other atoms to form covalent bonds.)
The major difference in both is that,glyoxylate cycle occurs in glyoxysome of germinating plants while TCA occurs in the mitochondria of animals. Glyoxylate cycle involves 5 steps,while TCA involves 8 steps. The enzyme isocitrate lyase,converts isocitrate to alpha-ketoglutarate in TCA cylce,but in glyoxylate cycle,it converts isocitrate to succinate and glyoxylate,where the name camr from.
When carbon atoms bond with other atoms, they share or transfer valence electrons to complete their outer electron shell. This sharing or transferring of electrons creates chemical bonds with other atoms, allowing carbon to form various compounds essential for life.
Carbon will not form ionic bonds with other atoms because it is a nonmetal and does not readily gain or lose electrons to form ions.
Carbon atoms do not gain electrons to form a covalent bond. Carbon atoms form four covalent bonds by sharing its four valence electrons with the valence electrons of other atoms. These can be single bonds, in which one pair of electrons is shared; double bonds, in which two pairs of electrons are shared; or triple bonds, in which three electrons are shared; or a combination of these.
Glycolysis yields a net gain of 2 ATP molecules and the Krebs cycle produces 2 ATP molecules per glucose molecule. So, the net gain in ATP from these two stages of cellular respiration is 4 ATP molecules.
In Every Body Cell AND / OR In Every Living Cell