NADH and FADH 2 are important in cellular respiration because they deliver high-energy electrons to the electron transport system. Electron transport produces _ ATP molecule(s) per NADH molecule and _ ATP molecules(s) perFADH 2 molecule.

Question

06-09-2019
Chemistry

contestada

NADH and FADH 2 are important in cellular respiration because they deliver high-energy electrons to the electron transport system. Electron transport produces _ ATP molecule(s) per NADH molecule and _ ATP molecules(s) perFADH 2 molecule.

Respuesta :

Otras preguntas

. A recent report in a women magazine stated that the average age for women to marry in the United States is now 25 years of age, and that the standard deviatio

If AB = 15, BC = 12, and CA = 8, list the angles of angle abc in order from smallest to largest

Luisa and Connor had $360 altogether . After Connor gave Luisa 2/5 of his money, she had the same amount of money has he did. How much money did Connor have in

The primary characteristic of auctions is that prices are determined dynamically by competitive bidding ( true or false)

At takeoff, a commercial jet has a speed of 72 m/s. Its tires have a diameter of 0.89 m.

David Fee studies sound waves so deep and low that humans cannot hear them. What are these low frequencies called? infrared seismology geosound infrasound

28. What specific adaptation has the sub-type of CAM plants derived to reduce the amount of water lost in dry environments? a. Stomata open at Night c. Central

. Marble is a rock that is composed primarily of the carbonate minerals calcite (CaCO3) and dolomite (Ca,Mg(CO3)2). In Exercise 2, you saw the way carbonate min

A cubic shaped box has a side length of 1.0 ft and a mass of 10 lbm is sliding on a frictionless horizontal surface towards a 30 upward incline. The horizontal

lucainkviedma lucainkviedma · Answer 1 · 2019-09-09T04:04:20+02:00

Answer:

Electron transport produces 3 ATP molecule(s) per NADH molecule and 2 ATP molecules(s) perFADH 2 molecule.

Explanation:

The mechanism by which ATP is produced is explained by the theory of chemosmotic coupling.

This theory establishes that the synthesis of ATP in cellular respiration comes from an electrochemical gradient existing between the internal membrane and the space of the intermembrane of the mitochondria, through the use of the energy of NADH and FADH2 that have been formed by the rupture of molecules rich in energy, such as glucose.

bunnylover290 bunnylover290 · Answer 2 · 2021-01-04T08:26:56+01:00

bunnylover290 bunnylover290

04-01-2021

Answer:

they donate electrons

Explanation:

Answer Link

NADH and FADH 2 are important in cellular respiration because they deliver high-energy electrons to the electron transport system. Electron transport produces _____ ATP molecule(s) per NADH molecule and _____ ATP molecules(s) perFADH 2 molecule.

Respuesta :

Otras preguntas

NADH and FADH 2 are important in cellular respiration because they deliver high-energy electrons to the electron transport system. Electron transport produces _ ATP molecule(s) per NADH molecule and _ ATP molecules(s) perFADH 2 molecule.