All gold atoms (excepting artificial isotopes) are similar.
yes...........................................that's why gold is an element, sonny Jim
A mole of any substance contains the same number of atoms, which is approximately 6.022 x 10^23. Therefore, a mole of silver atoms and a mole of gold atoms would both contain the same number of atoms.
If you keep breaking it down until it is just atoms, they will still be the same - Gold atoms. An alloy or compound can be broken down into its constituents, Gold can not.
Absolutely. The term "element" in science basically means "a grouping of the SAME kind of atom," meaning in gold you will only have gold atoms.
Yes, while Gold (Au) does have a number of isotopes (195Au, 196Au, 198Au and 199Au), these are all synthetic (made by man) and unstable. The only stable isotope of Gold is 197Au, and his means that all the atoms in a piece of natural gold are indeed 100% the same as each other .
They are the same, if by liquid gold you mean gold that has been heated to the point of melting. It is also possible to obtain a lower temperature version of liquid gold by dissolving gold in mercury.
Gold is gold...a gold compound has other atoms bonded to the gold atoms, but the gold atoms don't really change.
They are exactly the same. An atom of any element, not matter what substance it is a part of retains the same chemical properties. In other words, it has the same number of protons and electrons as well as the same electron configuration.
Gold is the element gold no matter how many atoms of it you have.
1 mole atoms of all atoms of any element will always have the same number of atoms and will be equal to 6.023 x 1023 atoms. However the weight will vary. 1 mole = 4 g of Helium or 197 g of gold or 207 g of lead
If there is one sulphate molcule, there will be 2 gold atoms.
One!The long and short of it is... one!Gold does not really form molecules but is made up of a lattice of gold atoms: these could be interpreted as "mono-atomic molecules", in short... atoms!AnswerOne, it is an element unique unto itself