hydrogen bonding is about five times as strong as dipole interaction
10 times more
It is much easier to control the hydrogen and oxygen during direct combustion than during their reaction in a fuel cell.
Since there are no significant amounts of free hydrogen, it should be considered more of an energy storage than an energy source. In other words, it takes energy to separate water into hydrogen and oxygen; you get that energy back when the hydrogen is burned.
Solid
Hydrogen can be burnt with oxygen and the formation of the chemical bonds between the atoms releases energy as heat. Free hydrogen is normally manufactured by electrolysis from water, and this requires energy to separate the hydrogen-oxygen bonds, and it is this energy that is released when the chemical bonds are re-formed by combustion.
There are three sets of interactions in this system: The 4th explains: Why? # Repulsion between the two electrons (one interaction of this type) # Repulsion between the two nuclei (one interaction of this type) # Attractions between each electron and nucleus (four separate interactions of this type # Therefore a single hydrogen atom is less stable and requires less energy to break down.
It is much easier to control the hydrogen and oxygen during direct combustion than during their reaction in a fuel cell.
Yes - the energy of all electronic states are slightly shifted by the interaction of he elecron with vacuum fluctuations of the electromagnetic field. For the 2S and 2P levels in hydrogen this amounts to a splitting of about 4.4*10^-6 eV.
Thermal energy is the kinetic energy of the particles, while nuclear energy is the bond energy within the nucleus from strong interaction and weak interaction.
the energy source for hydrogen is semen ;)
Hydrogen is approximately 10 times less dense than natural gas. Simply, there is less hydrogen in a given volume than there would be natural gas.
Hydrogen is an element and an energy source itself.
A star is a naturally occurring, approximately spherical plasma that converts mass into energy by nuclear fusion, usually of hydrogen into helium.
It isn't - there are no large deposits of hydrogen anywhere. Hydrogen can be used for energy STORAGE.
by an interaction ccuring but depending on what the interaction is changes how it becomes transfered
Since there are no significant amounts of free hydrogen, it should be considered more of an energy storage than an energy source. In other words, it takes energy to separate water into hydrogen and oxygen; you get that energy back when the hydrogen is burned.
hydrogen fusion
The Sun is the ultimate source of energy for living things. The Sun is approximately 865,000 miles wide, and roughly 74 percent of its mass is made up of hydrogen.