Abundance of elements in the universe?

See the link:

https://en.wikipedia.org/wiki/Abundance_of_the_che...

It does not go in numerical order.

The Universe began with loose particles

When they Started to Clump Atoms were formed

The Simplest and the First Element was Hydrogen

It had Mass, hence, Gravity

Fusion began when the Mass reached its Critical Point

Those two words are not used enough these days

The First Stars were Megamassive, lived fast and went out with a bang

Spreading the rest of the Elements throughout the Universe

Not all elements have a long life

Lithium is only present at the birth of Stars, before Hydrogen fuses into Helium

Dilithium Chrystals themselves would be extremely hard to Find, never mind using them for fuel

Some have only been found in the Laboratory

Nitrogen takes up the biggest presence in our Atmosphere and we are practically Carbon

Berylium and Boron have gone out to lunch

Here's how the elements came into being.

https://www.startrek.com/sites/default/files/style...

Hydrogen doesn't form by fusion. The universe started off (at "Big Bang"+ 20 minutes) as a mix of hydrogen and helium, with a trace of lithium. There was some beryllim-7, but it all decayed within a year or two into lithium-7. After that we have to wait for stars to form and the first supernova.

In some stars, the hydrogen and helium are fused into carbon, neon, oxygen, silicon, and iron. Eventually, the density and temperatures reach a point where the star goes supernova, blasting those elements and others into space.

The process doesn't proceed mostly by going up the element list one at a time. For example, we don't get much lithium or beryllium from fusion; instead three helium nuclei fuse into carbon. Later, the carbon fuses to form neon, and later still the neon "burns" (fission) to form oxygen.

Very large stars in the early universe could go unstable and explode during this last step, before the oxygen fuses into silicon and iron.

Maybe because they got used up forming oxygen.

Perhaps I can answer that. But I won't