Electron Transport Chain by

1.

nathanthientran — 2014-12-02 10:52:52 UTC

False

2.

nathanthientran — 2014-12-02 10:53:29 UTC

The NADH and FADH2 molecules

3.

nathanthientran — 2014-12-02 10:54:36 UTC

The Inner membrane

4.

nathanthientran — 2014-12-02 10:55:07 UTC

The proteins pump hydrogen ions across the membrane

5.

nathanthientran — 2014-12-02 10:57:19 UTC

To provide the energy that pumps protons across the inner membrane of a mitochondrion

6.

nathanthientran — 2014-12-02 10:58:36 UTC

The difference in concentration of a molecule between two sides of a membrane

7.

nathanthientran — 2014-12-02 10:59:25 UTC

Oxygen grabs the electrons from the end of the chain

8.

nathanthientran — 2014-12-02 10:59:36 UTC

Hydrogen ions. Water.

9.

nathanthientran — 2014-12-02 11:00:11 UTC

10.

nathanthientran — 2014-12-02 11:05:17 UTC

to provide the power to make ATP

11.

nathanthientran — 2014-12-02 11:05:32 UTC

The gradient disappears, turning off ATP construction

12.

nathanthientran — 2014-12-02 11:06:07 UTC

They are recycled back into Glycolysis and the Krebs cycle

13.

nathanthientran — 2014-12-02 11:06:57 UTC

The proton gradient would disappear

14.

nathanthientran — 2014-12-02 11:07:15 UTC

15.

nathanthientran — 2014-12-02 11:12:22 UTC

to capture energy contain in the bonds of glucose in bonds of ATP

16.

nathanthientran — 2014-12-02 11:13:01 UTC

It blocks oxygen so that the oxygen can't accept electrons from the electron transport chain

ETC Diagram

nathanthientran — 2014-12-02 11:32:27 UTC

The electrons fall down the chain. This gives energy to the protein pumps. The protein pumps pump out hydrogen into the intermembrane space. The hydrogen spins the ATP synthase providing energy to make ATP. Oxygen picks up electrons and binds with hydrogen to make water.

The electrons from the Krebs Cycle are distributed to the ETC. The ETC uses the energy from the bouncing electrons to power the protein pumps. The hydrogen, after being pumped, spins the ATP synthase and creates ATP.