I know that the mitochondria is the "power house" of a cell. Just remember....MIGHTY MITOCHONDRIA... actually, its were oxidative phosphorylatn and energy productn is enhanced in all cells!
ATP is a most common substance that participate in chemical reactions of a living cell. They supply the energy needed for the reaction. They are made of adenosine base,3 phosphate groups and a nitrogenous base.
The type reaction that changes the reactants into products is called a chemical reaction. Most chemical reactions can run forward or backward.
Reaction equilibrium
This is a chemical reaction.
It depends: just try to relate, try to write a chemical equation for and see if there are byproducts. Most likely, if the same chemical still has its same properties After the reaction, a chemical reaction has not occurred.
your answer is to long have a nice day now
ATP is a most common substance that participate in chemical reactions of a living cell. They supply the energy needed for the reaction. They are made of adenosine base,3 phosphate groups and a nitrogenous base.
The type reaction that changes the reactants into products is called a chemical reaction. Most chemical reactions can run forward or backward.
yes every cell has a cell theory . they also have prokaryots and eukaryotes . there are also enzyms and most enzyms are proteins. Enzyms regulate nearly all chemical reactions that occur in living organisms.
do not break bonds
How big is the biggest chemical reaction depends on what you mean by "big." Is it a reaction with the most spectacular result, the most ingredients, the most steps, or the most of something else? One suggestion was making Luminol, which is an 8 step reaction, and each step is a chemical reaction its self. Look at NurdRage video on how to make it on YouTube
Reaction equilibrium
Most chemical reactions are exothermic, that is, they release a certain amount of heat as a by-product of the reaction. Endothermic reactions, those which absorb heat, also do occur, but they are more rare. Endothermic reactions are driven by entropy only, whereas exothermic reactions are driven by the energy that is released. The more energy is released, the more easily the reaction will occur.
Most of the metabolic activity in the cell occur in the cell's cytoplasm, specifically in the mitochondria in eukaryotic (not bacterial or archaeal) cells.
This is a chemical reaction.
what would most likely result in the greatest decrease in the rate of a chemical reaction
It depends: just try to relate, try to write a chemical equation for and see if there are byproducts. Most likely, if the same chemical still has its same properties After the reaction, a chemical reaction has not occurred.