보일의 법칙

소개글

The overall experiment of this report consists of total two experiment. In the first experiments, we tend to find the relationship between the pressure and the temperature of the gas, provided that the pressure was kept unchanged. In the second experiment, we tend to find the relationship between the pressure and the volume, provided that the temperature was kept unchanged.

목차

Ⅰ. Preface
1. Background and Intention
2. Brief Objectives of Experiment

Ⅱ. Theory
1. The Ideal Gas Law and Resulting Relationships

Ⅲ. Equipment Used

Ⅳ. Procedure
1. Experiment 1 : Pressure versus Temperature
2. Experiment 2 : Boyle`s Law - Pressure and Volume

Ⅴ. Result and Analysis
1. Experiment 1 : Pressure versus Temperature
2. Experiment 2 : Boyle`s Law - Pressure and Volume

Ⅵ. Conclusion

본문내용

Ⅱ. Theory
1. The Ideal Gas Law and Resulting Relationships
The ideal gas law states the following, provided that denotes the pressure, denotes the volume, denotes the temperature, denotes the mole number and denotes an ideal gas constant.
(1)
From the above equation, it can be seen that the pressure is directly proportional to the temperature. Moreover, the pressure and the volume are inversely proportional to each other, which is called /boyle`s Law.
Ⅲ. Equipment Used
Here we summarize the




Ⅵ. Conclusion
In the first experiment, we could verify that when the volume was kept constant, then the volume of the gas had a linear relationship with the temperature of the gas. From the second experiment, we could verify that the pressure and the volume of the gas are inversely proportional to each other, provided that the temperature was kept constant. However, the data were not exactly accurate due to the temperature change, incomplete seal of the container, and other experimental defects; we could verify that the two variabls had a linear relationship with each other.

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