Explain How Vibrational Energy Affect Enzyme Molecules
If the temperature is increased, the molecules will gain kinetic energy allowing them to move a lot more frequently. Enzymes begin a reaction when they randomly collide with the substrate molecule, this is where the enzyme will react upon. The speed and frequency of these collisions is dependent on the temperature, so an increase in temperature will effectively increase the rate of reaction and allow more products to be made.
Consequently, an increase in the temperature will make the vibrational energy that each of the molecules to also increase. This change in the vibrational energy will affect the enzyme molecules because they are bonded closely together with the help of Hydrogen and Ionic bonds. Therefore the molecules will have weight
Consequently, an increase in the temperature will make the vibrational energy that each of the molecules to also increase. This change in the vibrational energy will affect the enzyme molecules because they are bonded closely together with the help of Hydrogen and Ionic bonds. Therefore the molecules will have weight