In ATP where does the energy stored in molecules come from?

Answer 1

the energy stored in the ATP molecule comes from food while the energy which is released from breaking down an ATP molecule come from the bonds between the phosphate groups in ATP.ATP molecule consists of adenosine-phosphate-phosphate-phosphate.here you have 3 high energy bonds in a molecule of ATP.ADP has 2 phosphate groups only so less energy AMP is the least one.GOOD LUCK

Answer 2

This is a hard one, your question is pretty vague considering the difficulty entailed here. I'm not quite sure what answer you are looking for but ATP is stored in molecules that are accrued from aerobic respiration producing 28 ATP per cycle, and anaerobic fermentation not making the Krebs's cycle only producing 2 ATP per cycle. Also energy is released when the ADP is phosphoralated. Hope I was somewhat helpful. Good luck...

Answer 3

ATP, or Adenosine Triphosphate, is the familiar potential forex for all residing issues. each cellular interior the international makes use of ATP for potential. It incorporates a base (adenine) and 3 phosphate communities. that's made many distinctive methods, yet specially that's made by skill of cellular respiration. how that's formed The molecular shape of ATP.ATP is formed in very very nearly the comparable way in photosynthesising plant life and animals. In plant life, ATP is made for the period of a point of photosynthesis. whilst an excited electron activates a gate that facilitates protons interior the cellular, the protons can no longer get out. as a results of fact the concentration will enhance, the indoors tension will enhance to boot. quickly, a small gate opens, allowing protons via. Upon their go out, the proton starts off a reaction between an ADP molecule (Adenosine Diphosphate) and a phosphate. the two are joined at the same time and sort ATP. even if, in animals, ATP is made for the period of cellular respiration: it makes 2 ATP molecules in glycolysis, and 36 interior the electron transport chain. as a result, cellular respiration creates a entire of 38 ATP in one cycle. how that's used ATP is an exceedingly versatile molecule, as a results of fact of this that's utilized for many stuff. potential is saved in chemical bonds in molecules. whilst a bond is broken, potential is released. additionally, whilst a bond is made, potential is saved. whilst ADP binds with yet another phosphate, potential is saved which would be utilized later. whilst ATP breaks a bond with a phosphate team and turns into ADP, potential is released. The ATP phosphate substitute is a very nearly never-ending cycle, combating purely whilst the cellular dies. ATP provides potential to many of the cellular's applications: the sodium-potassium pumps interior the cellular membrane require ATP to interrupt into ADP and the unfastened phosphate might desire to bind to the pump. All lively transports require ATP in some sort.[[ro:Adenozin trifosfat

Answer 4

The energy stored in ATP comes from the foods that you eat.

Answer 5

A little bit of biochemistry here. When the ATP phosphorolates it releases small bits of engery, this energy is usually heat because of its exothermic nature of the reaction. The energy is within the covalent bonds of the molecule.

Answer 6

Usually the ATP has energy in its bonds that came from breaking down the bonds of glucose during respiration.

Answer 7

ATP is adenosine triphosphate. That means it is adenosine with three phosphates. Those three phosphates are negatively charged ions that are forced together. When the bonds between these molecules are broken, large amounts of energy is released.

Answer 8

Been a long time, and don't know exactly what you want for an answer but...the Kreb's cycle (the one that changes glucose into energy in the cell) is really complex. The mitochondria in the cell convert and store energy as well as ribosomes, I think. You prob need a biology teacher/major for this one.

Answer 9

From the energy stored in the triple phosphorus bond, whenever these bonds are broken, during catabolism, energy is released. It boils down to electron distribution