Many of the proteins in the human body are enzymes that catalyze chemical reactions. What is the relationship between enzymes and activation energy?
answer choices
When an enzyme catalyzes a reaction, it increases the activation energy of the reaction. When an enzyme catalyzes a reaction, it decreases the activation energy of the reactionWhen an enzyme catalyzes a reaction, it increases the activation energy of the product. When an enzyme catalyzes a reaction, it does not affect the activation energy of the reaction.

Answer is option "B"

Explanation:

Enzymes are proteins that lessen the vitality required to accomplish the progress state. Enzymes lessen the enactment vitality through a procedure called catalysis. A biochemical response when a protein is available is known as a catalyzed response. Catalysis can occur in various manners. Enzymes can utilize the exchange of protons or electrons to the reactants to alter the condition of the reactants. Chemicals additionally utilize electric charges to settle the condition of the reactants. Chemicals, be that as it may, don't change the last results of the response.  Compounds are proteins that bring down the enactment vitality of a response. In doing this, Enzymes increment the pace of response, helping it to happen quicker. Be that as it may, chemicals are not devoured in response; they just assistance it to happen. They don't add snow to your snowball; they simply make it simpler to make a snowball.  This makes compound response impetuses. The presence of Enzymesis comparable to diminishing the size of the slope in your patio. Compounds make things simpler for your cell and help substance responses happen. There are several various types of chemicals in your cells, which all take an interest in various sorts of responses. Proteins can break atoms separated, form or include particles, and even modify them.  In bringing down the activation energy of a response, enzymes decrease the barrier to starting a response. It's critical to note, in any case, that the adjustment in vitality continues as before between the beginning and end of a substance response. For instance, if a response discharged 200 kJ of vitality without a catalyst, a similar response would at present discharge 200 kJ of vitality with some enzymatic guide. The distinction would just be lower activation energy and a faster rate of response.The right answer is "option B"