The enzyme activity will increase due to an increase in velocity and kinetic energy in which the rate of collisions increases. If the change in temperature increase higher than body temperature the rate of the reaction will decrease since the heat will denature the enzyme. As the temperature decreases this will cause the reaction to slow down due to the lack of collisions (Somero, 1969). Like temperature enzymes are affected by changes in pH. The changes in pH can affect the shape of the enzyme due to the breaking of ionic bonds that are used to hold the three-dimensional structure of the enzyme in
The enzyme activity will increase due to an increase in velocity and kinetic energy in which the rate of collisions increases. If the change in temperature increase higher than body temperature the rate of the reaction will decrease since the heat will denature the enzyme. As the temperature decreases this will cause the reaction to slow down due to the lack of collisions (Somero, 1969). Like temperature enzymes are affected by changes in pH. The changes in pH can affect the shape of the enzyme due to the breaking of ionic bonds that are used to hold the three-dimensional structure of the enzyme in