Question

Identify A and B in the given diagram showing ATP synthesis in Oxysomes

A. A = Mitochondrial matrix
B = Outer mitochondrial membrane
B. A = Mitochondrial matrix
B = Inner mitochondrial membrane
C. A = Cell cytoplasm
B = Inner mitochondrial membrane
D. A = Cell cytoplasm
B = Outer mitochondrial membrane

Answer 1

The exchange of electrons from the intermembranous space, through the inward layer, and back to the network is part of $ATP$ synthesis. The exchange of electrons from the framework to the intermembranous space causes a large pH difference between the two sides of the membrane.

Complete answer:
A=It is the end product of $ATP$ synthesis. A= $ATP$= It is the end product of $ATP$ synthesis.
B=The $F1$ particle is a peripheral membrane protein complex that contains the site for $ATP$ synthesis from ADP and inorganic phosphate.
C=For the formation of $ATP$, $C\text{ }=\text{ }Pi$ is the inorganic phosphatase, which is present along with $ADP$.
D = The $2{{H}^{+}}$ ions move through F0 from the inner mitochondrial space to the matrix down the electrochemical proton gradient for every $ATP$ generated during the $ATP$ synthesis process.
E = Inner mitochondrial membrane. This is the membrane through which $2{{H}^{+}}$ ions travel from the mitochondria to the matrix.
Mitochondrial inner membrane the interaction of oxidation and phosphorylation synthesis $ATP$ in the mitochondria. The increased proton inclination causes an increase in the number of ${{H}^{+}}$ in the internal mitochondrial space. The protons are pushed back into the lattice by an $ATP$ synthase complex in the internal mitochondrial layer, which converts $ADP$ and inorganic phosphate to $ATP$.

Note:
$ATP$ synthase is made up of a membrane spanning area known as the $F0$ subunit and a bumpy projection that stretches out into the framework known as the $F1$ subunit. The $ATP$ synthase instrument is not what one would expect. The F1$$$$ATP synthase subunit can perform its ligase function (producing $ATP$ from ADP and phosphate) without a proton stream into the lattice; however, the arrival of the $ATP$ requires a proton stream through the membrane.