<P> Hydrolysis of the terminal phosphoanhydridic bond is a highly exergonic process . The amount of released energy depends on the conditions in a particular cell . Specifically , the energy released is dependent on concentrations of ATP , ADP and P. As the concentrations of these molecules deviate from values at equilibrium , the value of Gibbs free energy change ( ΔG ) will be increasingly different . In standard conditions ( ATP , ADP and P concentrations are equal to 1M , water concentration is equal to 55M ) the value of ΔG is between - 28 to - 34 kJ / mol . </P>
<P> Hydrolysis of the terminal phosphoanhydridic bond is a highly exergonic process . The amount of released energy depends on the conditions in a particular cell . Specifically , the energy released is dependent on concentrations of ATP , ADP and P. As the concentrations of these molecules deviate from values at equilibrium , the value of Gibbs free energy change ( ΔG ) will be increasingly different . In standard conditions ( ATP , ADP and P concentrations are equal to 1M , water concentration is equal to 55M ) the value of ΔG is between - 28 to - 34 kJ / mol . </P>
what is the delta g for atp hydrolysis
what is the delta g for atp hydrolysis
between - 28 to - 34 kJ / mol
between - 28 to - 34 kJ / mol