The concentration of the products of the endergonic reaction thus always remains low, so the reaction can proceed.
12.
This could not happen without activation, since bond breaking requires energy ( is endergonic or endothermic ? ).
13.
In exergonic reactions the ? " G " is negative and in endergonic reactions the ?G is positive:
14.
Energy is required for glycogenesis, and the blood does not deliver energy, just the ingredients for endergonic reactions.
15.
Few exergonic reactions exist that liberate hydrogen like the chemical decomposition of formic acid to hydrogen and carbon dioxide . endergonic.
16.
The breaking of these bonds, like the breaking of most bonds, is endergonic and consumes energy rather than releasing it.
17.
More generally, the terms exergonic and endergonic relate to the free energy change in any process, not just chemical reactions.
18.
Reagents can be " pulled " through an endergonic reaction, if the reaction products are cleared rapidly by a subsequent exergonic reaction.
19.
In exergonic reactions the ? " G " is negative and in endergonic reactions the ? " G " is positive:
20.
If the products are higher in chemical energy than the reactants then the reaction will require energy to be performed and is therefore an endergonic reaction.
