3.6 moles hydrogen atoms (1 mole water/2 mole H)(6.022 X 1023/1 mole water molecules)
= 1.1 X 1024 molecules of water
=======================
Hydrogen bonding
2:1 ratio. There would be eight atoms of hydrogen and four atoms of oxygen.
All of the molecules are identical combinations of two hydrogen atoms and one sulfur atom.
number of molecules
All stable molecules except hydrogen contain neutrons (and even hydrogen molecules contain some neutrons if you choose a large enough sample, just not many).The neutrons are found inside the atoms that make up the molecule; only hydrogen-1 (the form of hydrogen that has a nucleus consisting of a single proton) has no neutrons. Any other atom with no neutrons is radioactive and highly unstable (in the sense of "undergoes radioactive decay in fractions of a nanosecond"). On Earth, about one in one million hydrogen atoms is hydrogen-2, which has both a proton and a neutron, and is not radioactive, so around one in 500,000 hydrogen molecules contains a neutron.
contains the same number of molecules
1.51 x 10 ^23 molecules
1 mole=6.02*1023 molecules or atoms5.23 moles=6.02*1023 * 5.23= {[(3.14846*1024molecules)]}
To test for hydrogen in the given substance, a dry sample is needed. Burn it in excess of oxygen. If the vapour turns white copper sulfate into blue colour, it indicates that there is water in present in the vapour. Hence, the organic compound contains hydrogen.
if you have a water sample that contains either nitrate chloride.
150 (50 x 3)
Hydrogen bonding
2:1 ratio. There would be eight atoms of hydrogen and four atoms of oxygen.
1 mole of H2 has 6.023 x 1023 molecules So, 2 moles will have 12.046 x 1023 molecules
All of the molecules are identical combinations of two hydrogen atoms and one sulfur atom.
by weighing out the bit of insulin that you want to find how much of it there is
if all the daughters have the same parents the logical answer is 2 parents making it appproximately 11.765% Or if the parents were not present in the sample O%