The answer would be "Enzymes".
The key digesting enzymes include lipases (for lipids), proteases (for proteins). Other enzymes important is amylases, which digest certain types of sugars.
Enzymes are the proteins that make chemical digestion possible.
Food digestion is a chemical change. Chemical reactions catalyzed by enzymes break down the food ingested into its component particles and these particles cannot be put back together through mechanical means.
Mechanical digestion must come first because it helps break down food
Mechanical digestion chops the food in to smaller pieces, thus exposing more of it to the enzymes of the chemical digestion.Mechanical digestion begins in the mouth by the teeth, tongue and saliva. Mechanical digestion is important for chemical digestion because when food is broken down into smaller particles by mechanical means, chemical digestion will be more efficient.
No chemical or mechanical digestion occurs in the esophagus, only propulsion, which is one of the six digestive processes.
Mechanical digestion must come first because it helps break down food
Yes there is, because chemical is the saliva and you swallow the saliva.
That would be chemical digestion, because carbohydrates are molecules, therefore they are also chemicals.
The first major site of chemical digestion in frog is their stomach
Mechanical digestion chops the food in to smaller pieces, thus exposing more of it to the enzymes of the chemical digestion.Mechanical digestion begins in the mouth by the teeth, tongue and saliva. Mechanical digestion is important for chemical digestion because when food is broken down into smaller particles by mechanical means, chemical digestion will be more efficient.
The proteins known as enzymes are vital to living things because they speed up chemical reactions up to a trillion times.
The proteins known as enzymes are vital to living things because they speed up chemical reactions up to a trillion times.
The proteins known as enzymes are vital to living things because they speed up chemical reactions up to a trillion times.