Question
How would adding the catalyst nitrogen monoxide (NO) affect this reaction?
A. NO increases the rate at which
B. NO reacts with
C. NO decreases collisions between the
D. NO increases the concentration of the
E. NO increases the activation energy of the
A. NO increases the rate at which
B. NO reacts with
C. NO decreases collisions between the
D. NO increases the concentration of the
E. NO increases the activation energy of the
Ask by Whittaker Weaver. in the United States
Mar 24,2025
Upstudy AI Solution
Tutor-Verified Answer
Answer
La opción A es correcta:
Solution
- Un catalizador proporciona una ruta alternativa para la reacción, la cual tiene una energía de activación más baja.
- Al disminuir la energía de activación, la cantidad de colisiones efectivas aumenta, lo que incrementa la velocidad de formación del producto.
- El óxido nítrico (
) actúa como catalizador para esta reacción, facilitando la conversión, sin ser consumido. - Por lo tanto, la presencia de
aumenta la velocidad a la que se forman las moléculas de .
La respuesta correcta es la opción A.
Answered by UpStudy AI and reviewed by a Professional Tutor
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Simplify this solution Mind Expander
Adding nitrogen monoxide (NO) as a catalyst typically speeds up a reaction without being consumed, and it could affect how quickly product molecules are formed. Here, the correct choice would be A. NO increases the rate at which
Imagine NO like a cheerleader at a sporting event! It pumps up the players (the reactants) to perform better, helping them score faster. Just like a good catalyst, it doesn’t end up playing in the game; it just boosts the action along!
