a bluish powder.
Arsenic has a metallic grey aspect.
No, arsenic is not diatomic. Arsenic is a metalloid element with the chemical symbol As.
This element is probable arsenic.
Arsenic is not typically stored in glass due to its toxicity. Glass containers are not resistant to the corrosive nature of arsenic and can lead to contamination. Instead, arsenic is usually stored in specialized containers made of materials like polyethylene or HDPE (high-density polyethylene).
The symbol for arsenic is AS.
Such a compound does not exist. But what you have there looks like Sodium Ammonium Arsenic Sulfate.
Pure arsenic is usually "grey arsenic". It looks like, well, a metal. Other allotropes do exist, but quickly transform into grey arsenic under normal conditions.
Since arsenic is an element, an arsenic model would just be ne arsenic atom __________________________________________________________ One of the best ways to see how an arsenic model looks like is going to Chemical Elements.com. It'll show the periodic table, and just click on AS and it'll show you.
Arsenic has a metallic grey aspect.
Arsenic has a metallic grey aspect.
Arsenic has a faint, garlic-like odor. Its smell is often described as slightly sweet or metallic.
Arsenic tastes like almonds.
The only stable, and thus by far the most common, isotope of arsenic is arsenic-75, although isotopes have existed from arsenic-60 through arsenic-92. The isotopes with the longest half-lives are arsenic-73, arsenic-74, and arsenic-76.
Yes, arsenic can react with acids to form various arsenic compounds, depending on the specific acid and conditions of the reaction. Arsenic is known to form arsenic acid (H3AsO4) with strong acids like sulfuric acid, or arsenic trioxide (As2O3) with weaker acids.
like this: argh (like a pirate) - suh - nick
Arsenic is a solid metalloid that is not soluble in water. It can react with certain acids or salts to form soluble compounds, but arsenic itself does not dissolve like a typical substance would in water.
Arsenic is an element. It is made (like all elements heavier than helium) by fusion reactions inside stars.