They're produced in a nuclear reactor. Basically atoms of one element are bombarded with other smaller atoms. The idea is to make them stick together to form a heavier atom. So theorectically take Uranium say U 238/92 and bombard with Carbon say C 12/6 and you hope to make Californium Cf 250/98. That is a very simplified explanation. An online search may reveal more information.
Volcanoes do not produce uranium.
There are 15 elements in the actinoid series, also known as the actinides. These elements follow actinium in the periodic table and include elements such as thorium, uranium, and plutonium.
Up to uranium elements are made by stellar nuclear synthesis; after uranium elements are man made.
Uranium can form chemical compounds with the majority of other elements.
No Its a Actinolds, aka rare earth element
Uranium and plutonium
Physicists and chemists
Volcanoes do not produce uranium.
There are 15 elements in the actinoid series, also known as the actinides. These elements follow actinium in the periodic table and include elements such as thorium, uranium, and plutonium.
Up to uranium elements are made by stellar nuclear synthesis; after uranium elements are man made.
The key elements to making fission bombs are: Uranium and Plutonium. The specific isotopes of interest are: Uranium-233, Uranium-235, and Plutonium-239. But many other elements are needed to make a functional bomb. As a very rough guess, about a quarter of the elements on the periodic table are needed somewhere in the bomb, roughly 23 different elements in total.
Uranium combine with the majority of other elements; also uranium has alloys with the majority of metals.
To produce uranium
Uranium is a member of the actinides family of elements.
Elements that follow uranium are made or synthesized when nuclear particles are forced to crash into one and other.
Uranium can form chemical compounds with the majority of other elements.
Uranium is a chemical element and doesn't contain other elements,As all chemical elements uranium is formed from protons, neutrons and electrons.