Gibbs Free Energy (ΔG) is a key idea that helps us understand if a chemical reaction can happen. Here’s why it matters:
Shows if a reaction can happen on its own: When ΔG is negative, it means the reaction can occur naturally without needing extra energy, as long as the temperature and pressure stay the same.
Connects energy and speed: ΔG helps us find out if a reaction can take place, while other information tells us how quickly it will happen.
Helps improve reactions: Knowing about ΔG allows scientists to change conditions to get the reactions they want.
In simple terms, by looking at ΔG, we can figure out two important things: “Can this reaction happen?” and “How fast will it occur?”
Gibbs Free Energy (ΔG) is a key idea that helps us understand if a chemical reaction can happen. Here’s why it matters:
Shows if a reaction can happen on its own: When ΔG is negative, it means the reaction can occur naturally without needing extra energy, as long as the temperature and pressure stay the same.
Connects energy and speed: ΔG helps us find out if a reaction can take place, while other information tells us how quickly it will happen.
Helps improve reactions: Knowing about ΔG allows scientists to change conditions to get the reactions they want.
In simple terms, by looking at ΔG, we can figure out two important things: “Can this reaction happen?” and “How fast will it occur?”