Elements which exist in stars exist also in humans, the concentrations are very different. An exception is helium, an element without biological significance.
Molocules do not make new elements. Elements only change during atomic reactions, primarily nuclear fusion in stars. The atoms in a molecule are always the same, during chemical reactions they are only being rearranged. The oxygen you breathe in and the carbon dioxide that you breathe out, for example, are made of the same oxygen atoms.
I'm not sure exactly what detail you want, but here's a start. Rigel is a triple star system. The main star of the three is a very luminous star. It is a blue supergiant star.
No. It varies but most are same.
No.Water is an element and so is dirt in which are made in layers
After the big bang (if you believe in the big bang) the universe consisted of many subatomic particles, or parts of an atom. Because of the big bang, they were vey hot. However, once cooled, the particles started to form into hydrogen atoms. (There were a few of helium and lithium mixed in there, too.) Then, gravity started to form the hydrogen into stars. Stars, believe it or not, are like element factories. Stars produce hydrogen until they can't produce any more. Once this happens, the hydrogen atoms start to fuse together to create helium, until it can't create ay more helium, and so on. This continues all the way up to iron. Once the star can't make any more iron, it burns out and explodes into a supernova. This releases all of the elements made by the star. Finally, the explosion can cause some of the newly made elements to fuse into heavier elelments, such as silver and gold.
The same as all stars, hydrogen.
in theory, we are made from the same material as stars eject in supernovas and such events. therefore, we are made from star material and so are the elements in our bodies. if you want to know more watch The Universe.
The elements on the visible part of distant stars can be obtained from the star spectra, that is, by analyzing the light that comes from the stars.
A given compound is always made of the same elements in the same proportion.
Same as all elements - in stars by nuclear fusion.
Fats are made of the same elements as carbohydrates, but in different proportions.
Elements are the same size regardless of how they are synthesized. It is true, however, that small stars create fewer elements, and that the elements they create are lighter. A normal G-type star can, during the course of its evolution along the Main Sequence, produce elements up to iron. For elements heavier than that, larger stars are required; when they go nova, they can produce elements as heavy as uranium and beyond.
because they will have the same elements in the atmosphere...
William Huggins lived from 1824-1910. He had his own private observatory, and was a English astronomer. He showed that stars are made of the same chemical elements that are found on earth.
Elements are made of atoms. Each element is made up of the same kind of atoms, having the same atomic number.
The same amount as there is today. With the exception of elements created within the cores of stars or the tiny amounts humans produce in nuclear accelerators, etc. the quantity of "metals" is pretty much a constant.
Molocules do not make new elements. Elements only change during atomic reactions, primarily nuclear fusion in stars. The atoms in a molecule are always the same, during chemical reactions they are only being rearranged. The oxygen you breathe in and the carbon dioxide that you breathe out, for example, are made of the same oxygen atoms.