How does body fat just turn into CO2 and urine when exercising?
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Fats are just big molecules comprised of Carbon, Oxygen, and Hydrogen. The body breaks down those molecules for energy. After broken down you end up with various quantities of CO2 and H20 as those are very stable molecules. Thats basically all chemistry is. Breaking down molecules and building new things out of the pieces.
Fats are just big molecules comprised of Carbon, Oxygen, and Hydrogen. The body breaks down those molecules for energy. After broken down you end up with various quantities of CO2 and H20 as those are very stable molecules. Thats basically all chemistry is. Breaking down molecules and building new things out of the pieces.
Fats are just big molecules comprised of Carbon, Oxygen, and Hydrogen. The body breaks down those molecules for energy. After broken down you end up with various quantities of CO2 and H20 as those are very stable molecules. Thats basically all chemistry is. Breaking down molecules and building new things out of the pieces.
In aerobic respiration, fats and sugars, which are composed of carbon, hydrogen, and oxygen, react with oxygen from the lungs (carried by the blood) to form water and carbon dioxide. The result is a release of energy used to move muscles.
Reacting a carbon-hydrogen fuel with oxygen in this manner is essentially a combustion reaction, so the phrase “burning fat” is more literal than you might have thought. Though in this case the process is controlled by enzymes.
In aerobic respiration, fats and sugars, which are composed of carbon, hydrogen, and oxygen, react with oxygen from the lungs (carried by the blood) to form water and carbon dioxide. The result is a release of energy used to move muscles.
Reacting a carbon-hydrogen fuel with oxygen in this manner is essentially a combustion reaction, so the phrase “burning fat” is more literal than you might have thought. Though in this case the process is controlled by enzymes.
In aerobic respiration, fats and sugars, which are composed of carbon, hydrogen, and oxygen, react with oxygen from the lungs (carried by the blood) to form water and carbon dioxide. The result is a release of energy used to move muscles.
Reacting a carbon-hydrogen fuel with oxygen in this manner is essentially a combustion reaction, so the phrase “burning fat” is more literal than you might have thought. Though in this case the process is controlled by enzymes.
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