Boron

Melting Point: 2349 K, 2076 0C, 3769 0F

Boiling Point: 4200 K, 3927 0C, 7101 0F

I warn you: it's not very exciting.

Boron was named after the mineral borax.

Household brooms are typically made from a combination of materials including plastic, metal, and natural fibers like straw, corn husks, or bamboo. The handle is usually made from wood or plastic for durability and ease of use.

One method to obtain a pure sample of boron is by reducing boron oxide with a metal at high temperatures. Another method is through the electrolysis of molten boron compounds. Purification processes like sublimation and distillation may also be used to achieve a high-purity boron sample.

Boron does not react with water or oxygen but when Boron burns it creates boron trioxide and when Boron burns in air when heated it creates a mixture of Boron trioxide and Boron Nitrate. Boron does not react with Acids or Alkalis and will only react if it is in a highly divided state. Also Boron is oxidised by Nitric Acid to produce Boric Acid and finally Boron reacts with fused Sodium Hydroxide to form Sodium, Borate and Hydrogen.

Boron is also used in the bearings of wind turbines and in the nuclear industry for a moderator for neutrons.

6 electrons and 6 protons

boron can be stable maybe if it is in the room temperature

The atomic radius of boron is approximately 90 picometers (pm).

There are no radioactive isotopes of boron that are ordinarily found in nature. All elements have synthetic radioactive isotopes, however.

The atomic number of boron is 5, and since the atomic number of an element is the number of protons in the nuclei of its atoms, boron atoms have 5 protons in their nuclei.

A boron atom consists of a nucleus with five protons and usually five or six neutrons, surrounded by two electron shells. It has a compact spherical shape with a small radius, making it one of the smallest atoms in the periodic table. The electron configuration of boron is 2-3, meaning it has two electrons in the first shell and three in the second shell.

Boron is a naturally occurring element found in soil, water, and food. In large amounts, boron can be toxic and cause symptoms such as nausea, vomiting, and abdominal pain. However, it is unlikely that typical dietary exposure to boron would be sufficient to cause harm.

It can be found in sea water.

The melting point of Boron is 2349 Kelvin.

Nobody does it like Molten Boron!

The boron family, also known as Group 13, includes boron, aluminum, gallium, indium, and thallium. These elements share the common property of having three electrons in their outermost shell, which allows them to form +3 oxidation states in compounds. They exhibit both metallic and non-metallic properties, with decreasing metallic character going down the group.

The density of the element boron is 2,340 kg/m³ or 2.34 g/cm³.

The correct SI measure of the density is kg/m³.

"Family" in this context usually means a column of a wide form Periodic Table. With this meaning, the other elements in the boron family are aluminum, gallium, indium, and tellurium.

Boron does not have a defined freezing point because it sublimes directly from a solid to a gas at around 2300 degrees Celsius.

Boron is primarily obtained through mining of boron minerals such as borax, kernite, and ulexite. These minerals are typically found in arid regions, and boron is extracted through processes like solution mining or open-pit mining. Once extracted, boron is refined to produce various boron compounds for industrial use.

Boron, also in Group 13, belongs to the Boron Family.

A neutral boron atom has 5 electrons. On the periodic table, the atomic number of boron is 5. This means that all boron atoms have 5 protons in their nuclei. Protons are positively charged, and electrons are negatively charged, therefore, a neutral boron atom has 5 protons and 5 electrons.

Count the electrons in the following way: -- each lone pair counts as 2 electrons -- each single bond counts as 2 electrons -- each double bound counts as 4 electrons -- each triple bond counts as 6 electons. -- if it an ion with a positive charge, subtract 1 electron for each charge from the total (after counting all the bonds and lone pairs) -- if it an ion with a negative charge, add 1 electron for each charge to the total (after counting all the bonds and lone pairs) Add up all the contributions for the total number of electrons!

Formula: BF3
BF3, One boron and 3 fluorine atoms

Boron was discovered by Joseph Gay-Lussac and Baron Louis Thénard in France, and by Sir Humphry Davy in England, around 1808. It is anybody's guess who actually isolated it first.