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Chemistry
10th Edition
ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
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Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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Please show all steps and calculations.
### Experiment 4: Boyle's Law
#### Data Sheet

**Table 1**

| Pressure P (mmHg) | Volume V (ml) | 1/P (cm²/mg) | Log P | Log V | PV (S.N) |
|------------------|---------------|--------------|--------|--------|----------|
| 937              | 193           |              |        |        |          |
| 878              | 204           |              |        |        |          |
| 804              | 220           |              |        |        |          |
| 764              | 230           |              |        |        |          |
| 701              | 247           |              |        |        |          |
| 640              | 266           |              |        |        |          |
| 575              | 291           |              |        |        |          |

**Graph 1:** Relationship between Pressure P and Volume V

**Graph 2:** Relationship between Volume V and 1/P

**Graph 3:** Relationship between Log P and Log V

**Temperature:** 23.0 °C

**Significant Figures:**
- Pressure P, Volume V, and 1/P: 3 Significant Figures (3 SF)
- Log P and Log V: 4 Significant Figures (4 SF)
- PV: 3 Significant Figures (Scientific Notation) (3 SF (S.N))

This table showcases the different pressure and volume measurements taken during the experiment, which can be used to plot the respective graphs for Boyle's Law analysis. Each column contains values necessary for the computation and graph plotting to demonstrate Boyle's Law, which states that the pressure of a gas is inversely proportional to its volume at constant temperature.
Transcribed Image Text:### Experiment 4: Boyle's Law #### Data Sheet **Table 1** | Pressure P (mmHg) | Volume V (ml) | 1/P (cm²/mg) | Log P | Log V | PV (S.N) | |------------------|---------------|--------------|--------|--------|----------| | 937 | 193 | | | | | | 878 | 204 | | | | | | 804 | 220 | | | | | | 764 | 230 | | | | | | 701 | 247 | | | | | | 640 | 266 | | | | | | 575 | 291 | | | | | **Graph 1:** Relationship between Pressure P and Volume V **Graph 2:** Relationship between Volume V and 1/P **Graph 3:** Relationship between Log P and Log V **Temperature:** 23.0 °C **Significant Figures:** - Pressure P, Volume V, and 1/P: 3 Significant Figures (3 SF) - Log P and Log V: 4 Significant Figures (4 SF) - PV: 3 Significant Figures (Scientific Notation) (3 SF (S.N)) This table showcases the different pressure and volume measurements taken during the experiment, which can be used to plot the respective graphs for Boyle's Law analysis. Each column contains values necessary for the computation and graph plotting to demonstrate Boyle's Law, which states that the pressure of a gas is inversely proportional to its volume at constant temperature.
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