Pada halaman ini akan dibahas mengenai Tabel Hukum Gas Turunan Persamaan PV = nRT. Semua informasi ini kami rangkum dari berbagai sumber. Semoga memberikan faedah bagi kita semua.
| No | Variabel Konstan Selain R | Hubungan Variabel Gas-Gas dalam Pers. $PV = nRT$ atau $R = \dfrac{P.V}{n.T}$ | |
|---|---|---|---|
| 1 | $\dfrac{P_1.V_1}{n_1.T_1} = \dfrac{P_2.V_2}{n_2.T_2}$ | ||
| 2 | $P_1=P_2$ dan $V_1=V_2$ | $\dfrac{\color{blue}{\bcancel{\color{black}{P_1}}}\color{red}{\bcancel{\color{black}{V_1}}}}{n_1.T_1} =\dfrac{\color{blue}{\bcancel{\color{black}{P_2}}}\color{red}{\bcancel{\color{black}{V_2}}}}{n_2.T_2}$ | $n_1.T_1=n_2.T_2$ |
| 3 | $P_1=P_2$ dan $n_1=n_2$ | $\dfrac{\color{blue}{\bcancel{\color{black}{P_1}}}\color{black}.V_1}{\color{red}{\bcancel{\color{black}{n_1}}}\color{black}{T_1}} =\dfrac{\color{blue}{\bcancel{\color{black}{P_2}}}\color{black}.V_2}{\color{red}{\bcancel{\color{black}{n_2}}}\color{black}{T_2}}$ | Hukum Charles $\dfrac{V_1}{T_1} = \dfrac{V_2}{T_2}$ |
| 4 | $P_1=P_2$ dan $T_1=T_2$ | $\dfrac{\color{blue}{\bcancel{\color{black}{P_1}}}\color{black}.V_1}{n_1.\color{red}{\bcancel{\color{black}{T_1}}}} =\dfrac{\color{blue}{\bcancel{\color{black}{P_2}}}\color{black}.V_2}{n_2.\color{red}{\bcancel{\color{black}{T_2}}}}$ | Hukum Avogadro $\dfrac{V_1}{n_1} = \dfrac{V_2}{n_2}$ |
| 5 | $V_1=V_2$ dan $n_1=n_2$ | $\dfrac{P_1\color{blue}{\bcancel{\color{black}{V_1}}}}{\color{red}{\bcancel{\color{black}{n_1}}}\color{black}{T_1}} =\dfrac{P_2\color{blue}{\bcancel{\color{black}{V_2}}}}{\color{red}{\bcancel{\color{black}{n_2}}}\color{black}{T_2}}$ | Hukum Gay-Lussac $\dfrac{P_1}{T_1} = \dfrac{P_2}{T_2}$ |
| 6 | $V_1=V_2$ dan $T_1=T_2$ | $\dfrac{P_1\color{blue}{\bcancel{\color{black}{V_1}}}}{n_1.\color{red}{\bcancel{\color{black}{T_1}}}} =\dfrac{P_2\color{blue}{\bcancel{\color{black}{V_2}}}}{n_2.\color{red}{\bcancel{\color{black}{T_2}}}}$ | Hukum Diver $\dfrac{P_1}{n_1} = \dfrac{P_2}{n_2}$ |
| 7 | $n_1=n_2$ dan $T_1=T_2$ | $\dfrac{P_1.V_1}{\color{blue}{\bcancel{\color{black}{n_1}}}\color{red}{\bcancel{\color{black}{T_1}}}} = \dfrac{P_2.V_2}{\color{blue}{\bcancel{\color{black}{n_2}}}\color{red}{\bcancel{\color{black}{T_2}}}}$ | Hukum Boyle $P_1.V_1=P_2.V_2$ |
| $P$ = tekanan (atm); $V$ = Volume (L); $n$ = Jumlah zat (mol); $R$ = tetapan gas (0,08206 $\frac{atm.L}{mol.K}$); T = Temperatur (K) | |||
| 8 | $P_1=P_2$ | $\dfrac{\color{blue}{\bcancel{\color{black}{P_1}}}.\color{black}V_1}{n_1.T_1} =\dfrac{\color{blue}{\bcancel{\color{black}{P_2}}}.\color{black}V_2}{n_2.T_2}$ | $\dfrac{V_1}{n_1.T_1} = \dfrac{V_2}{n_2.T_2}$ |
| 9 | $V_1=V_2$ | $\dfrac{P_1\color{blue}{\bcancel{\color{black}{V_1}}}}{n_1.T_1} =\dfrac{P_2\color{blue}{\bcancel{\color{black}{V_2}}}}{n_2.T_2}$ | $\dfrac{P_1}{n_1.T_1} = \dfrac{P_2}{n_2.T_2}$ |
| 10 | $n_1=n_2$ | $\dfrac{P_1.V_1}{\color{red}{\bcancel{\color{black}{n_1}}}\color{black}{T_1}} =\dfrac{P_2.V_2}{\color{red}{\bcancel{\color{black}{n_2}}}\color{black}{T_2}}$ | $\dfrac{P_1.V_1}{T_1} = \dfrac{P_2.V_2}{T_2}$ |
| 11 | $T_1=T_2$ | $\dfrac{P_1.V_1}{n_1.\color{red}{\bcancel{\color{black}{T_1}}}} =\dfrac{P_2.V_2}{n_2.\color{red}{\bcancel{\color{black}{T_2}}}}$ | $\dfrac{P_1.V_1}{n_1} = \dfrac{P_2.V_2}{n_2}$ |
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