water molecule H2O
There are three atoms in a molecule of water. One oxygen atom and 2 hydrogen atoms. The simplified form for the molecule of water is H2O which is a coded form for the 2 hydrogen and 1 oxygen atoms that make up the molecule.
None. An oxygen molecule contains two oxygen atoms and nothing else.
Hydrogen(H)& Oxygen(O) are the two chemical elements that make up a water molecule. The Chemical formula for water is 'H2O' This tells us that there are two atoms of the element hydrogen and one atom of the element oxygen in a water molecule. Their bonding arrangement is 'H-O-H' .
In water and many other compounds hydrogen and oxygen are held by covalent bonds.Between water molecules and between other polar molecules hydrogen of one molecule and oxygen of a different molecule are held by hydrogen bonds.
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This is a water molecule H2O
water, H2O
Oxygen and Hydrogen
A hydrogen atom has 1 proton and an oxygen atom has 8
Water, H2O, is a molecule of hydrogen and oxygen. It is considered a compound. That said, yes, oxygen and hydrogen combine to make a compound that is represented by the molecule H2O.
A single oxygen atom is smaller than a molecule.
Hydrogen peroxide is a molecule and a compound because it consists of two elements, hydrogen and oxygen.
Sugar is a generalized term. You may be referring to Glucose, which is an important molecule in living systems. Glucose contains six carbon, twelve hydrogen and six oxygen.
There are three atoms in a molecule of water. One oxygen atom and 2 hydrogen atoms. The simplified form for the molecule of water is H2O which is a coded form for the 2 hydrogen and 1 oxygen atoms that make up the molecule.
Because the hydrogen molecules are further apart than the oxygen so move quicker.
None. An oxygen molecule contains two oxygen atoms and nothing else.
Under normal conditions, an oxygen molecule, which contains two oxygen atoms, does not attach to two hydrogen atoms. In a water molecule, which consists of two hydrogen atoms and one oxygen atom, both covalent bonds between oxygen and hydrogen are polar, with the oxygen end of the bond more often negative than either of the hydrogen ends.