each gas, depending on its atomic structure emits certain wavelengths which translates in different colors.
Hydrogen.
nopolar
Urm, I don't really know, but what I DO know is that Oliver is gay and wanks over lucy pinder:/ awkward? i know.
A single oxygen atom is smaller than a molecule.
My theory to why heavy atoms are not appreciably larger than the hydrogen atom is supposedly because that gases can expand and so that hydrogen is a gas, it is larger though if hydrogen were compressed, it should grow appreciably smaller than heavy atoms. Also to make that test fair you would have to make the heavy atom at its gas state so that then you could see the true, fair differ in size between a hydrogen and heavy atom.
Hydrogen.
Hydrogen, and helium. These are currently the most common elements in the Universe.
Urm, I don't really know, but what I DO know is that Oliver is gay and wanks over lucy pinder:/ awkward? i know.
nopolar
nopolar
The same nuclear radiation is released by both fission (atomic) and fusion (hydrogen) bombs. Hydrogen bombs are larger, and produce more.
A single oxygen atom is smaller than a molecule.
By mass, the majority of the matter orbiting the sun is hydrogen and helium. When the solar system was just starting to form heat from the sun and the strong solar wind drove most of the hydrogen, helium, and other gasses out of the inner solar system, leaving behind mostly rock and metal, which were much less abundant. The sunlight and solar wind in the outer solar system were much less intense, so these gasses remained in place long enough to become part of the giant planets.
Because larger stars burn their hydrogen faster than smaller ones.
Negative Numbers.
You are thinking of nuclear fusion, where in the stars hydrogen forms into helium with energy release
in degrees of intensity you have 2 go larger to smaller not smaller to larger