All of these

Temperature

Enzyme Concentration

Substrate Concentration

pH

Activation energy

pH

Temperature

Inhibitors

They lower the activation energy of a reaction

They increase the concentration of one or more of the reactants

They increase the temperature of the reaction, allowing it to occur faster

They shift the equilibrium in favor of the products, allowing more product to be created

They tightly bind to the transition state, speeding up the reaction by removing transition states and leaving only products

The active site is the portion of the enzyme that substrates bind to, initiating a chemical reaction

The active site is the portion of the substrate that the enzyme binds to, initiating a chemical reaction

The active site is the portion of the enzyme that engulfs bacteria and other foreign particles in the cell

The active site is the portion of the enzyme that DNA binds to, initiating a chemical reaction

The active site is a portion of the enzyme that allows the enzyme to diffuse through the plasma membrane, allowing it to exit the cell

Shift the equilibrium between products and reactants

Accelerate the rate of a process

Lower the activation energy of a reaction

Speed up biological processes

Lower the energy of the transition state

Catalyze reactions by lowering energy of activation

Slows down reactions so in order to obtain more prducts from the substrate

All of these

They represent the product of a reaction

They lower the activation energy of a reaction.

They are not catalysts.

They lower the energy of reactants.

They lower the energy of products.

They are lipids.

They increase the amount of products

They lower the energy of activation

They increase the rate of a reaction

They are biological catalysts