It is a result of its dense atomic structure.
No Gold is very nonreactive even towards strong alkalis such as sodium hydroxide.
Gold is not very reactive, but platinum is more nonreactive; the electronegativity of gold is 1,93 but the electronegativity of platinum is 2,23.
Gold is extremely inert and nonreactive. This means it does not oxidize or tarnish making it perfect for jewelry.
Nonreactive. They don't rust/corrode
They are nonreactive because people where them for jewelry and they dont cause irratation of such sort.
Gold!
There's nothing special about it. Gold is more or less nonreactive, but that's not a special property. What makes it valuable is its rarity, not its nonreactivity. Mercury is similarly nonreactive, but not nearly as valuable.
No Gold is very nonreactive even towards strong alkalis such as sodium hydroxide.
Gold is not very reactive, but platinum is more nonreactive; the electronegativity of gold is 1,93 but the electronegativity of platinum is 2,23.
Gold is extremely inert and nonreactive. This means it does not oxidize or tarnish making it perfect for jewelry.
It is reactive, but does not react to most chemicals.It does react to chlorine and aqua regia.
Nonreactive. They don't rust/corrode
They are nonreactive because people where them for jewelry and they dont cause irratation of such sort.
Gold is both pretty and rare enough to be valuable. It's also fairly nonreactive, so it doesn't tarnish or corrode.
No. Gold is very nonreactive, which is one of the reasons it is considered a precious metal: it can last for thousands of years without corroding or tarnishing.
a nonreactive gas is a gas that does not react with any other element. you can find these nonreactive gases in the group 0 of the periodic table.
Gold is a very special and important metal by its uses and precious/scarce nature. Gold has uses in dentistry as a nonreactive metal used in sealing crowns. Gold has also role in advanced electronics and of course in jewelry and commerce.