11.
| CTHH | M(g/mol) | m(gam) | n (mol) | V(l) đk chuẩn | A (n.ptu, p.tu) |
| CO2 | 44 | 15,4 | 0,35 | 8,6765 | 2,1077.1023 |
| N2 | 28 | 7 | 0,25 | 6,1975 | 1,5055.1023 |
| SO2 | 64 | 19,2 | 0,3 | 7,437 | 1,8066.1023 |
| CxHy | 16 | 8 | 0,5 | 12,395 | 3,011.1023 |
| RxOy | 46 | 9,2 | 0,2 | 4,958 | 1,2044.1023 |
| CxHy (y\(\le\)2x+2) | 42 | 6,3 | 0,15 | 3,7185 | 9,033.1022 |
12.
\(n=\dfrac{6,1975}{24,79}=0,25\left(mol\right)\)
\(m_{CO_2}=44.0,25=11\left(g\right)\\ m_{C_2H_6}=30.0,25=7,5\left(g\right)\\ m_{SO_2}=64.0,25=16\left(g\right)\\ m_{H_2S}=34.0,25=8,5\left(g\right)\)
13.
\(n_X=\dfrac{6,1975}{24,79}=0,25\left(mol\right)\)
\(\left\{{}\begin{matrix}n_{CH_4}+n_{CO_2}=0,25\\16.n_{CH_4}+44.n_{CO_2}=6,8\end{matrix}\right.\Rightarrow\left\{{}\begin{matrix}n_{CH_4}=0,15\\n_{CO_2}=0,1\end{matrix}\right.\)
\(V_{CH_4}=0,15.24,79=3,7185\left(l\right)\\ V_{CO_2}=0,1.24,79=2,479\left(l\right)\\ m_{CH_4}=0,15.16=2,4\left(g\right)\\ m_{CO_2}=0,1.44=4,4\left(g\right)\)
