Considering the definition of endergonic reaction, the reaction is an endergonic reaction.
Gibbs free energy (or free enthalpy) is a thermodynamic potential, that is, an extensive state function with energy units that gives the condition of equilibrium and spontaneity for a chemical reaction (at constant pressure and temperature).
An endergonic reaction is one that cannot occur spontaneously, and also requires a high energy supply because its products have more energy than the reactants involved in the reaction.
In other words, an endergonic reaction is a reaction in which energy is absorbed. This means that the net free energy change is positive: there is more energy in the system at the end of the reaction than at the beginning.
Because endergonic reactions involve an energy gain, that energy must be supplied from an external source for the reaction to occur.
Finally, the reaction is an endergonic reaction.
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