Random
Source Code
Random
1. A material currently sold in New New York.
2. Someone who cuts and pastes the dictionary and posts it online.
1. This episode of Futurama is brought to you by "Mom's Molten Boron"
2. What kind of boron posts "An advanced composite material used in the aero space industry which is similar in strength to titanium"?
5👍 20👎
-boron oxygen iodine uranium gallium yttrium
-no u
14👍 2👎
lowkey a whore with a massive forehead and he says he’s 6,0 but actually he’s 5,11 and he fucks then dips 🤭
ayo yk josh boron?
- yeah he’s dumb asf and gets no bitches
sexy ass mf who gets infinite bitches and starts on varsity as a freshmen at pinecrest high school and lost their virginity in 6th grade
Did you hear Joshua Boron fucked a teacher?
Chemical element boron has the atomic number 5 and the letter B in its symbol. It is an amorphous brown powder and a brittle, ebony, glossy metalloid in its crystalline form. The boron group's lightest element, boron, has three valence electrons, sanctioning it to compose covalent bonds and engender a variety of compounds, including boric acid, sodium borate, and the very hard crystals of boron carbide and boron nitride.
Boron is a low-abundance element in the Solar System and the Earth's crust because it is solely engendered by cosmic ray spallation and supernovae rather than by star nucleosynthesis. It makes up around 0.001 percent of the crust's weight. It is concentrated on Earth due to the borate minerals, which are some of its most prevalent naturally occurring components. Evaporites like borax and kernite are mined for industrial use. Turkey, the country that engenders the most boron minerals, has the greatest kenned reserves.
Minuscule quantities of the metalloid elemental boron are discovered in meteoroids, but otherwise boron is not found in nature on Earth. Due to contamination from carbon or other elements that are arduous to abstract, the engenderment of the highly pristine element is challenging on an industrial scale.
The elements oxygen, carbon, boron, silicon, phosphorus, mercuric oxide, and iodide provide striking instances.
Thenard in 1808 by heating potassium and boron trioxide in an iron tube.
The material is placed into diluted hydrochloric acid once the vigorous reaction has subsided and all of the sodium has been consumed. At this point, the soluble sodium salts dissolve, leaving the insoluble boron as a dark powder that may be filtered out and dried.