how do I draw graph for this? collisions between ernzyme and substrate is tion rate. Sketch...
collisions between ernzyme and substrate is tion rate. Sketch this relationship on the axes in Figure 6.5 and label both axes. Lab Topic 6: Enaymes 6-5 expected to increase the reac- Figure 6.5. Eflect of temperature on Teaction rate But heat energy has another effect in addition to speeding up the move- ment of molecules. It can also disrupt the delicate attractions between the chemical side groups of amino acids, causing the enzyme to lose its shape. So when the temperature is too high, the enzyme can't catalyze the reac- tion. Therefore, like pH and salt concentration, enzymes work best in an optimum temperature range. Adding this information to the graph you just drew, sketch how temperature is related to reaction rate on the axes in Figure 6.6. Figure 6.6. Effect of temperature on reaction rate.
collisions between ernzyme and substrate is tion rate. Sketch this relationship on the axes in Figure 6.5 and label both axes. Lab Topic 6: Enaymes 6-5 expected to increase the reac- Figure 6.5. Eflect of temperature on Teaction rate But heat energy has another effect in addition to speeding up the move- ment of molecules. It can also disrupt the delicate attractions between the chemical side groups of amino acids, causing the enzyme to lose its shape. So when the temperature is too high, the enzyme can't catalyze the reac- tion. Therefore, like pH and salt concentration, enzymes work best in an optimum temperature range. Adding this information to the graph you just drew, sketch how temperature is related to reaction rate on the axes in Figure 6.6. Figure 6.6. Effect of temperature on reaction rate.