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When digested food and oxygen are combined in the cells through a process called cellular respiration, energy in the form of ATP is produced. This energy is essential for the body to carry out its various functions and activities. Additionally, carbon dioxide and water are produced as byproducts of this process.
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What is the release of energy by combining oxygen with digested food?
The release of energy by combining oxygen with digested food is known as cellular respiration. During this process, glucose molecules from the digested food are broken down in the presence of oxygen to produce energy in the form of ATP (adenosine triphosphate) along with carbon dioxide and water as byproducts. This energy is essential for various cellular functions and activities.
What is needed to burn food and release energy stored in it?
Food needs to be combined with oxygen in a process called combustion to release the energy stored in it. This combustion process breaks down the food molecules, releasing energy that can be used by the body.
What substances react in aerobic respiration and where do they come from?
Glucose and oxygen are the reactants. In humans glucose comes from digested food, and oxygen is breathed in from the air. In plants, glucose is made in photosynthesis, and oxygen diffuses in from the air.
What changes will happen in the food inside our body in the presence of oxygen.?
In the presence of oxygen, food molecules undergo a process called cellular respiration to produce energy. This involves breaking down food into smaller molecules such as glucose, which are then converted into ATP to fuel various cellular activities. Oxygen is used as the final electron acceptor in this process, producing carbon dioxide and water as byproducts.
Do digested food have more carbon dioxide?
Yes, digested food releases more carbon dioxide when broken down further during cellular respiration in the body. This process generates energy by oxidizing glucose and other nutrients, producing carbon dioxide as a byproduct that is released into the bloodstream.
If the small intestine is shorter what will happen to the digested food?
Not all or less digested food will be absorbed by the body.
What happen to the food digested is it completely digested by the body?
not completely digested,and when digested the useful materials are absorbed mostly by the lining of small intestine.
What do cells use to burn molecules of digested food?
oxygen
A substance from digested food that all your cells need?
oxygen
What will happen if the small intestine is not in the digestive system in?
our food will not be fully digested and if our food will not be fully digested it will be hard to take out the waste that will go out from the anus
What would happen if not enough water is removed from digested food?
diarrhea
How do you call the process where digested food and oxygen are distributed to the body cells?
circulation
What is the release of energy by combining oxygen with digested food?
The release of energy by combining oxygen with digested food is known as cellular respiration. During this process, glucose molecules from the digested food are broken down in the presence of oxygen to produce energy in the form of ATP (adenosine triphosphate) along with carbon dioxide and water as byproducts. This energy is essential for various cellular functions and activities.
What will happen to the undigested food?
It still goes through the intestine and into the toilet just like digested food.
How do oxygen and particles of digested food get into the cells of your body?
Oxygen and particles of digested food get into the cells from the small intestine, from there they drain into the hepatic portal vein. The hepatic portal vein goes to the liver to filter out nutrients required and excesses are metabolized and converted.
What will happen if large intestine will not be able to reabsorb water from digested food?
you will develop diarrhea.
What would happen if you had no acids?
when we eat, food will not be digested, and then when it will go out, it would still have the same appearance.
