Question

Oxidative Phosphorylation pt 1: electron trasnport 1. NADH releases electrons into electron transport (a series of electron carriers like NAD) 2. Some are H+-pumps, electrons give energy to pump Hydrogen into intermembrane space 3. At end electrons + H+ + O2 -> H2O Oxidative Phosphorylation pt2: Chemiosmosis 4. H+ flows back into matrix through ATP Synthase (crank) spinning (= mechanical energy) produces ATP Draw this for yourself

          Oxidative Phosphorylation pt 1: electron trasnport
1. NADH releases electrons into electron transport (a series of electron carriers like NAD)
2. Some are H+-pumps, electrons give energy to pump Hydrogen into intermembrane space
3. At end electrons + H+ + O2 -> H2O
Oxidative Phosphorylation pt2: Chemiosmosis
4. H+ flows back into matrix through ATP Synthase (crank) spinning (= mechanical energy) produces ATP
Draw this for yourself

Oxidative Phosphorylation pt 1: electron trasnport
1. NADH releases electrons into electron transport (a series of electron carriers like NAD)
2. Some are H+-pumps, electrons give energy to pump Hydrogen into intermembrane space
3. At end electrons + H+ + O2 -> H2O
Oxidative Phosphorylation pt2: Chemiosmosis
4. H+ flows back into matrix through ATP Synthase (crank) spinning (= mechanical energy) produces ATP
Draw this for yourself

Added by Robert R.

Biology for AP Courses

Julianne Zedalis, John Eggebrecht

Instant Answer

Solved by Expert Madhur L

06/22/2023

Step 1

In the electron transport part, NADH releases electrons into the electron transport chain, which is a series of electron carriers. Some of these carriers are hydrogen pumps, and the energy from the electrons is used to pump hydrogen ions into the intermembrane Show more…

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Oxidative Phosphorylation pt 1: electron transport NADH releases electrons into electron transport (a series of electron carriers like NAD). Some are H+ pumps, electrons give energy to pump Hydrogen into intermembrane space. At the end, electrons combine with H+ and O2 to form H2O. Oxidative Phosphorylation pt 2: Chemiosmosis H+ flows back into the matrix through ATP Synthase (crank) spinning mechanical energy, which produces ATP. Draw this for yourself: