Respuesta :
Answer:
Option d.
Explanation:
An endergonic response alludes to a chemical reaction where energy is being utilized in the general response, making the response non-unconstrained and thermodynamically not favorable for the reaction.
Energy is being assimilated as the reaction continues and there is an overall deficit of energy in the encompassing system.
Endergonic responses require a contribution of energy, normally greater than those of non unconstrained exergonic responses, from an outside source in order to disrupt the equilibrium to cause variations, for example, formation of bonds.
This contribution of energy is known as the activation energy. In specific responses, an impetus is accessible to accelerate endergonic responses.
The energy for an endergonic response or reaction is acquired by coupling the response with an exergonic response.
Option D is correct. An endergonic reaction is a reaction that is characterized by often having higher energy in product molecules than the reactants, and yielding larger product molecules.
What is the endergonic reaction?
A process in which energy is absorbed is known as an endergonic reaction.
In this reaction the net change in free energy is positive, meaning that the system has more energy at the conclusion of the reaction than it did at the start.
Because endergonic reactions need a gain in energy, that energy must come from somewhere else in order for the reaction to take place.
An endergonic reaction is a reaction that is characterized by often having higher energy in product molecules than the reactants, and yielding larger product molecules.
Hence option D is correct.
To learn more about endergonic reaction refer to the link;
https://brainly.com/question/1560981
