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气态方程式是波义耳-马略特定律、盖吕萨克定律与查理定律的综合、概括、提高. 波义耳-马略特定律表示气体在保持温度不变的情况下,压强与体积的关系. 盖吕萨克定律表示气体在保持压强不变的情况下体积与温度的关系. 查理定律表示气体在保持体积不变的情况下,压强与温度的关系. 而气态方程式则表示在任意情况下,压强、体积、温度的关系. 气态方程和实验定律有着一般和特殊的差别.怎么样把特殊规律提高到一般规律?怎么样从实验定律提高到气态方程呢? 让我们求出状态Ⅱ各参数与状态Ⅰ各参数之间的
The gaseous equation is the synthesis, generalization, and improvement of Boyle-Marlow’s law, Gaylsac’s law, and the law of Charles. The Boyle-Marlow law states that the pressure and volume of a gas are constant under the same temperature. Relationships. The Gaylsac law states the relationship between volume and temperature in the presence of gas at constant pressure. Charlie’s law states the relationship between pressure and temperature when the gas is held constant. The gaseous equation is in any case. Next, the relationship between pressure, volume, and temperature. There are general and special differences between the gaseous equation and the experimental law. How do you improve the special law to the general law? How do you improve from the experimental law to the gaseous equation? Let’s find the state II. Parameters and status I between various parameters