This is because the high temperatures denature the bonds in the enzymes tertiary structure, changing the shape of the enzymes active site so that the substrate ...

This is because increase in temperature, increases the movement of the molecules and so there is more chance of the enzyme and substrate colliding and forming ...

Enzyme activity will increase with temperature until it reaches its optimum temperature where activity and rate of reaction is at its highest. After this ...

As temperature rises above the optimum temperature the particles with the molecule vibrate more energetically, which cause the bonds to break. This means that ...

Additionally, a greater temperature will give the enzyme more energy to overcome the activation energy to bind with the substrate and form the ESC. Enzyme ...

An increase in temperature increases kinetic energy of particles, so collision frequency increases and more enzyme-substrate complexes are formed, ...

Above a certain temperature (above the optimum point ~37 degrees) the high temp breaks the Hydrogen bonds in the active sight, changing the shape of the enzyme, ...

An increase in temperature will increase the rate of reaction. However, enzymes are proteins and have the ability to be denatured above a certain temperature.

Temperature has a significant impact on enzymes, at low temperatures, enzyme reactions are slow. As temperatures rise, enzymes have more kinetic energy.

At low temperature, there is low kinetic energy (=molecules move more slowly). So, an enzyme and a substrate are less likely to randomly collide with eachother.