Answer:
They all end up in the oceon
Explanation:
The coins in 1991 had more copper in them compared to the coins today. So, that is why it worth 3.3p.
<span>The molecule contains one atom of copper and one atom of iodine. They are connected by an ionic bond because the copper takes a positive charge and the iodine has a negative charge before they are bonded. These opposing charges are negated when the two elements come together.</span>
<h2>
Answer:</h2>
We will use dimensional analysis to solve this.
We will need the molar mass of barium, which is 137.33 g/mol.
50g × 
= .36 mol Ba
There are <em>.36 moles of barium</em> in 50g of barium
High melting point: due to delocalized electrons
ductile: because of delocalized elections, the lattice of the metal is still held tightly even after undergoing deformation
conductivity: delocalized electrons are free to roam around the metal. So an electric potential (voltage) will create a current flow through the metal
