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Saved my grade!
Thank you sir! You saved my sanity with this video explanation!
you are awesome sir!!
Chemistry makes us all a little crazy, but glad I could help out! ;)
Would you still do it the same way , for the diatomic elements ?
This process works to find the formula of any molecule or compound!
best !!!!
how did u get 0.336 mol
I took the mass of Cu (2.138 g) and divided it by it's molar mass (63.55 g/mol) to calculate the moles (0.0336 mol).
Saved my grade!
Thank you sir! You saved my sanity with this video explanation!
you are awesome sir!!
Chemistry makes us all a little crazy, but glad I could help out! ;)
Would you still do it the same way , for the diatomic elements ?
This process works to find the formula of any molecule or compound!
best !!!!
how did u get 0.336 mol
I took the mass of Cu (2.138 g) and divided it by it's molar mass (63.55 g/mol) to calculate the moles (0.0336 mol).