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How many Hydrogen atoms are present in the compound \[{C_6}{H_{12}}{O_6}\]?

Last updated date: 15th Jul 2024
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Hint: A chemical compound is formed when two or more chemical elements bond organized to form a new substance. For sample, \[{H_2}0\] is a chemical compound that is completed from two atoms of hydrogen bonded with one atom of oxygen. Composed they mark water.

Complete step by step answer:
\[{C_6}{H_{12}}{O_6}\] ​ has atoms of
Carbon - \[\;6\]atoms in number
Hydrogen - \[12\] atoms in number
Oxygen - \[\;6\] atoms in number
The term of the compound is Glucose.
In\[\;1\]molecule of glucose there are \[\;6\] atoms of the carbon atom, \[12\] atoms of hydrogen atoms, and \[\;6\] atoms of oxygen atoms.
The molecular formula of glucose is \[{C_6}{H_{12}}{O_6}\]. so we can get that in one molecule of glucose there are \[\;6\] atoms of the carbon atom, \[12\] atoms of hydrogen atoms, and 6 atoms of oxygen atoms.

Additional Information: The chemical formula for glucose is \[{C_6}{H_{12}}{O_6}\]. Glucose is transported to our cells by resources of the circulation system to use in cell breath. We become glucose from the food we eat. Glucose is the essential sort of sugar in the blood and is the substantial wellspring of energy for the body's phones. Glucose creates from the nourishments we eat or the body can kind it from changed substances. Glucose is carried to the cells that have finished the bloodstream.

 If the demand was nearby the number of atoms in a mole of the question then we have to multiply the number of moles to the Avogadro's number, the rate of Avogadro's number is \[6.023{\text{ }}\times{\text{ }}{10^{23}}\].