Energy required for start of biochemical reaction is
(a) potential energy (b) entropy
(c) activation energy (d) kinetic energy
Answers
Energy required for start of biochemical reaction is activation energy. (Option C)
• The activation energy is nothing but the necessary amount of energy for starting any kind of biochemical reaction.
• And there is a group of biochemical substances in the different animals which increases the rate of the reaction of different biochemical reactions in the plant body.
• To increase the reaction rate ,the activation energy is deceased by these enzymes.
• So,the activation energy and enzymes are related with each other.
Energy required for start of biochemical reaction is activation energy.
Explanation:
- The reaction that is useful in the conversion of one molecule into other within the cell is called as a biochemical reaction.
- These are taking place with the help of enzymes.
- Enzymes acts as a catalysts for the chemical reactions and helps in the rate of the chemical reaction.
- The activation energy is the energy that must be required for the starting of a biochemical reaction.
- For the reactions to start there must be a bumping of molecules in the reactions and the energy required for this is the activation energy.
Learn more on:
https://brainly.in/question/10702539
If the activation energy of a reaction is 80.9 × 10^3 j/mol . calculate the fraction of molecules at 427°C , which have enough energy to react to form the products
https://brainly.in/question/7826425
What is activation energy? How is the rate constant of reaction related to its activation energy?