The ____, stage of cellular respiration is the electron transport chain and synt

Question

The ____, stage of cellular respiration is the electron transport chain and synthesis of ____, by a process called ____, The electron transport chain is a sequence of ____, carriers located in the ____, membrane of the mitochondrion. Molecules of FADH2 and ____, bring high-energy electrons to the chain from glycolysis and ____. The electrons move along the chain from carrier to carrier in a series of redox reactions, finally joining with ____, and H+ from the surrounding solution to form ____, Energy released by the electrons is used to move protons from the ____ into the space between the inner and outer mitochondrial membranes. The buildup of protons in the intermembrane space - a proton gradient - constitutes ____ energy that the cell can tap to make ____. The concentration of protons tends to drive them back through membrane into the ____, but protons can cross the membrane only by passing through special protein complexes, called ____. As each of these complexes allows protons back through the membrane, a component of the complex rotates like a turbine, causing catalytic sites to phosphorylation ____ and make ____. Thus, oxidative phosphorylation transforms energy extracted from glucose into the phosphate bonds of ATP A glucose molecule produces ____ molecules of ____ because ____ of ____ are created from each molecule of ____. A total of ____ molecules of ATP are produced for each molecule of glucose in aerobic glycolysis: ____ from glycolysis, ____ from citric acid cycle and from the electron transport chain reaction.

Explanation / Answer

Question 14 : NADH, TCA, ATPases,ADP,ATP

Question 15 : 38, 2,2,34 (if we take the values of NADH as 3 ATP and FADH2 as 2 ATP)
(The earlier blanks in the question are too confusing to make any sense, kindly contact your course teacher or discuss these parts with them or look through your notes)

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