1. It's at the end of the assembly line, and it takes place in the inner membrane.
2. It's job is to build up a surplus of hydrogen ions in the inter membrane, so that there will be a lot of gradient.
3. Cells in our body combine glucose and oxygen to make ATP and carbon dioxide.
4. ATP synthase is an enzyme that generates ATP during the cellular respiration.
5. 2 molecules from the Glycolysis, 2 molecules from the Krebs Cycle and 34 molecules from electron transport system.
Hope this helps :)
Electron transport occurs in the inner membrane of the mitochondria. The electrons are produced from the splitting of protons ferried into the matrix by the Co Enzymes FAD+ and NAD+ . It simply refers to chain of electrons gradient formed by four protein complexes.
Cellular respiration is the production of ATPs in form of heat from combustions of oxygen with glucose in the mitochondria of cells. Photosynthesis is the production of glucose,(main product) water molecule(by products) and heat in green plants when C02 combine with water in presence of sunlight (trapped by chlorophyll of leaves) and enzymes.
The role is to generate Electrical Potential Energy from the transfer of electrons from one protein complex to another. The energy is stored as gradients of hydrogen ions which diffuses inwards into the matrix for ATPs synthesis.
Oxygen is the final electron Acceptor. So that there will be continuous availability of electrons to produce Electrical Potential Energy for ATPs production.
It is an enzyme( a protein) with three binding sites. These sites rotates to create a structural changes that exposes the binding sites for Binding of ADP with Pi, formation of ATP and the release of ATP. It roles is to catalyze the formation of ATPs
Summary;
This is 38ATPs.
Note further breakdown of this to show how ATPs in obtained from each level is beyond the scope of the middle school.
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