The main energy-coupling compound in biochemical reactions that allows thermodynamically unfavorable processes to become favorable is ________.

Question

01-11-2017
Biology

contestada

The main energy-coupling compound in biochemical reactions that allows thermodynamically unfavorable processes to become favorable is ________.

Respuesta :

Otras preguntas

Internally, a bin heap is typically implemented as a BST that has the additional ordering property that the minimum value is at the root (or the maximum value i

What is the slope of these points: (0,14) and (2,10)? Explain nicely please.

Use the substitution method to solve the system of equations. Choose the correct ordered pair.

Which of the following statements are true? Select all that apply. The expression -(-3.5) is equivalent to 3.5. The opposite of 0 is itself. The opposite of -3.

by what rational no. should -7/85 be multiplied to obtain 1/17?

Evaluate 3 8 × 5 12 Give your answer in its simplest form

Solve the proportion 6 / 18 = p / 36

IF the price of CD players goes up, what would happen to the supply of CDs. Illustrate andexplain the effect of this on price and output of CDs.

Use the Born-Haber cycle to calculate the lattice energy of NaF. (Hsub for sodium is 107.5 kJ/mol, IE1 for sodium is 496 kJ/mol, EA1 for fluorine is 328 kJ/mol,

W0lf93 W0lf93 · Answer 1 · 2017-11-12T16:58:04+01:00

W0lf93 W0lf93

12-11-2017

The main energy-coupling compound in biochemical reactions that allows thermodynamically unfavorable processes to become favorable is ATP, or Adenosine triphosphate. ATP hydrolysis has a large, negative, free-energy change, due to electrostatic repulsion, stabilization by extra resonance forms, stabilization by ionization, and stabilization by solvation.

Answer Link