The formula of water is H2O, showing that each molecule contains one oxygen atom and two hydrogen atoms. Therefore, each molecule contains three atoms.
A hydrogen bond is responsible for holding one water molecule to another water molecule. This bond forms between the slightly positively charged hydrogen atom of one water molecule and the slightly negatively charged oxygen atom of another water molecule.
A molecule of water contains two atoms of hydrogen. A molecule of hydrogen contains two hydrogen atoms. Therefore, one molecule of water contains one hydrogen molecule, but it is unusual to think in these terms. Check the wording of your question.
The element "h2o" is water. It was one hydrogen atom and two oxygen atoms. This is completely backwards. The "2" means 2 hydrogens and ONE oxygen. Another term for water is Di-hydrogen-oxide. Di = Two > Hydrogen = Hydrogen [duh] > Oxide = Oxygen
A hydrogen bond is an intermolecular bond between a hydrogen attached to an electronegative atom (N,O, F, etc) on one molecule and an atom with a lone pair of electrons on another atom. These bonds are much weaker than a covalent bond. Nevertheless, they can greatly affect the properties of a substance and are responsible for water's unique attributes. In water, hydrogen bonds exist between the hydrogen on one water molecule and the oxygen on another.
Hydrogen bonding is a weak electrostatic attraction between a covalently bonded H on one atom with an electronegative atom in another molecule. In water this is a bond between the H of one H2O molecule and the O of another. The effects are remarkable. Boiling point and melting point are much higher than you'd expect (compare H2S) the density of ice is lower than that of liquid water.
Each molecule of water contains one atom of oxygen and two atoms of hydrogen.
A hydrogen bond is responsible for holding one water molecule to another water molecule. This bond forms between the slightly positively charged hydrogen atom of one water molecule and the slightly negatively charged oxygen atom of another water molecule.
A molecule of water contains two atoms of hydrogen. A molecule of hydrogen contains two hydrogen atoms. Therefore, one molecule of water contains one hydrogen molecule, but it is unusual to think in these terms. Check the wording of your question.
One molecule of water consists of two hydrogen atoms and one oxygen atom bonded together.
it depends on how much water you have. but the density is 1g/cm^(3) .
Linus Pauling defined electronegativity as "the ability of an atom in a molecule to attract electrons to itself."
A water molecule can be erased is the chemical bonds are destroyed. Although water is characterised as one oxygen atom attached to two hydrogen atoms, water molecules seldom exist in isolation: there are often clusters of four. This makes it much more difficult to calculate the amount of energy required to break the bonds and erase the water molecule from existence.
One molecule has 5 atoms.One carbon and four hydrogens
A molecule of water has a mass of 18 amu.
The mass of the water molecules is greater than the mass of the helium atoms. It just so happens I had the same question in science, and that's what I put down. It might be wrong, it might not. But I'd be at least at like 65-35% chance it's right.
1 atom in each molecule (60,33417 %)
The weak bond that exists between water molecules is called a hydrogen bond. In a water molecule, H2O, each hydrogen atom forms a covalent bond with the oxygen atom. Because the oxygen atom is so much larger than the hydrogen atoms, it is more electronegative and holds the electrons more tightly. Because of this, the oxygen atom develops a slightly negative charge, and the hydrogen atoms develop a slightly positive charge. This causes the water molecule to be polar, like a bar magnet. Weak attractions (hydrogen bonds) form between adjacent water molecules, so that the slightly negative oxygen atom forms a weak bond with a slightly positive hydrogen atom.