3CuCl2+ 2Na3PO4-> Cu3(PO4)2 + 6NaCl

This was our final step when we separated the copper to be by its self

This is also the single replacemnet reaction.

CuO+ 2HCl-> CuCl2 +H2O

This is the blue cuppric acid that is being filtered through so that the solid is only left.

Cu(OH)2+heat-> Cuo + H2O

this is the copper mixture being heated and turning into Cuppiric oxide and H2O

Cu(NO3)2 + 2NaOH -> Cu(OH)2 + 2NaNO3

This is us straining our copper mixture through the vacuum sealed flirter system, so that we could add the 2NaOH to the Cu(NO3)2.

Cu(No3)2+2NaOH=Cu(OH)2+2NaNo3

This is the Copper mixing with the NaOH

This is the copper and NaOH on the heating plate while we stir to make sure that it doesnt explode.

Cu+4HNO3=2H20+2NO2+Cu(NO3)2

This is us pouring 5 mlof 8 M HNO3 into the beaker full of Copper. We used striving in acuracy by kneeling so we could see the level of the beaker sufficiently.

This is the beaker filled with copper and 8 M HNO3 in the fume hood. ------------->