a, \(n_{CO_2}=\frac{9.10^{23}}{6.10^{23}}=1,5\left(mol\right)\)
-> \(V_{CO_2}=n_{CO_2}.22,4=1,5.22,4=33,6\left(l\right)\)
b, \(V_{O_2}=n_{O_2}.22,4=0,15.22,4=3,36\left(l\right)\)
c, \(V_{N_2}=n_{N_2}.22,4=0,025.22,4=0,56\left(l\right)\)
d, \(n_{SO_2}=\frac{m_{SO_2}}{M_{SO_2}}=\frac{32}{32+16.2}=0,5\left(mol\right)\)
-> \(V_{SO_2}=n_{SO_2}.22,4=0,5.22,4=11,2\left(l\right)\)
e, \(n_{N_2}=\frac{m_{N_2}}{M_{N_2}}=\frac{2,8}{28}=0,1\left(mol\right)\)
-> \(V_{N_2}=n_{N_2}.22,4=0,1.22,4=2,24\left(l\right)\)
\(n_{Cl_2}=\frac{m_{Cl_2}}{M_{Cl_2}}=\frac{7,1}{71}=0,1\left(mol\right)\)
-> \(V_{Cl_2}=n_{Cl_2}.22,4=0,1.22,4=2,24\left(l\right)\)
=> \(V_{hh}=V_{N_2}+V_{Cl_2}=2,24+2,24=4,48\left(l\right)\)
