You are watching: The electrons stripped from glucose in cellular respiration end up in which compound?
In the lack of oxygen, what is the net acquire of ATP for each glucose molecule the enters glycolysis?
two ATP. In the absence of oxygen, what is the net acquire of ATP for each glucose molecule the enters glycolysis?
The chemiosmotic synthesis of ATP needs that the electron transport in the inner mitochondrial membrane be combination to proton transport throughout the exact same membrane. Chemiosmosis uses the power of a proton gradient to do ATP; the proton gradient is formed by coupling the energy created by electron carry with activity of protons across the membrane.
Which the the following finest describes the main purpose of the merged processes that glycolysis and also cellular respiration?
transforming the energy in glucose and also related molecules in a chemical type that cells deserve to use because that work. The energy made easily accessible during moving respiration is combination to a production of ATP, the basic energy money that cells use for work.
In most cells, not every one of the carbon compound that participate in glycolysis and also the citric acid cycle are converted come carbon dioxide by cellular respiration. What happens to the carbon in this compounds that does not end up together CO2?
The carbon compounds are removed from these processes to serve as building blocks for other complicated molecules. Glycolysis and also the citric mountain cycle administer many compounds that room the starting point for the synthesis of amino acids and lipids.
A glucose molecule is fully broken down to carbon dioxide and also water in glycolysis and also the citric mountain cycle, however together this two processes yield only a few molecules of ATP. What happened to most of the power that the cabinet obtains from the oxidation of glucose?
It is stored in NADH and FADH2. The electrons acquired from the oxidation the glucose space temporarily save on computer in NADH and FADH2. The energy acquired from the oxidation of NADH and FADH2 is used to drive the electron deliver chain and also chemiosmotic synthetic of ATP.
Water. In ~ the end of the electron deliver chain, the electrons and hydrogen atoms are added to oxygen, creating water.
In the combined processes the glycolysis and also cellular respiration, what is consumed and what is produced?
Glucose is consumed, and carbon dioxide is produced. The carbon in glucose is oxidized come carbon dioxide during cellular respiration
It to represent the an initial stage in the chemistry oxidation that glucose by a cell. Catabolism of glucose begins with glycolysis.
Which one of the adhering to statements around the redox reactions of the electron transfer chain is correct?
The redox reaction of the electron deliver chain are directly coupled come the motion of protons throughout a membrane. The reduction and oxidation the electron carrier in the electron carry chain administer the power to relocate protons throughout a membrane versus the chemical gradient of protons.
Which terms explain two atoms once they type a shortcut in which electron are totally transferred indigenous one atom come the other?
Oxygen hold electrons much more tightly 보다 hydrogen does, and the net charge is zero. The oxygen and hydrogen atom in water have actually partial charges, yet the molecule has a net fee of zero.
A hydrogen atom is moved to the atom the loses an electron. A hydrogen atom (proton, or H+) is often transferred to the atom the gains one electron.
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Gaseous hydrogen burns in the visibility of oxygen to kind water:2H2 + O2 → 2H2 O + energyWhich molecule is oxidized and also what type of bond is formed?
Hydrogen, polar. Hydrogen loser electrons to oxygen, i beg your pardon is an ext electronegative and also thus pulls the electrons closer to chin in the water molecule.