a) \(n_{Al}=\dfrac{10,8}{27}=0,4\left(mol\right)\)
PTHH: 2Al + 6HCl --> 2AlCl3 + 3H2
0,4------------>0,4---->0,6
=> \(V_{H_2}=0,6.22,4=13,44\left(l\right)\)
b)
\(m_{AlCl_3}=0,4.133,5=53,4\left(g\right)\)
c)
PTHH: CuO + H2 --to--> Cu + H2O
0,6------>0,6
=> mCu = 0,6.64 = 38,4 (g)
`n_[Al]=[10,8]/27=0,4(mol)`
`2Al + 6HCl -> 2AlCl_2 + 3H_2 \uparrow`
`0,4` `0,4` `0,6` `(mol)`
`a)V_[H_2]=0,6.22,4=13,44(l)`
`b)m_[AlCl_2]=0,4.98=39,2(g)`
`c)`
`H_2 + CuO` $\xrightarrow{t^o}$ `Cu + H_2 O`
`0,4` `0,4` `(mol)`
`=>m_[Cu]=0,4.64=25,6(g)`