1. **INTRODUCTION**
1.1. **introduce experiment**
1.1.1. **topic:** ideal gas law (PV = nRT). optional: brief explanation on how law was derived (maybe?)
1.1.2. state our pod's focus on volume and temperature
1.1.3. in brief ending sentence, talk about how we designed aapparatus to find the relationship between V and T.
2. **CONCLUSION**
2.1. **1. analysis of data and results**
2.1.1. explanation of our individual graphs and the relationships we noticed from our individual experiments
2.1.2. explanation of our COMBINED graph and what that says (basically no correlation between T and V...)
2.2. **2. is our data supported by PV=nRT? **
2.2.1. hell na.
2.2.1.1. gross error
2.2.1.1.1. inconsistent measuring of balloons in the different experiments = varying results in data
2.2.1.2. systematic error
2.2.1.2.1. failure of apparatus! we were doomed to fail! AHHHHH!
3. **BODY PARAGRAPH(S)**
3.1. methods
3.1.1. **1. materials used**
3.1.1.1. balloon
3.1.1.2. erlenmeyer flask
3.1.1.3. temperature probe
3.1.1.4. lab quest
3.1.1.5. butterfly clamp & probe holder
3.1.1.6. hot plate
3.1.1.7. measurement tape
3.1.1.8. beaker (DI water!)
3.1.2. **2. description of apparatus** and how it should theoretically work. describe the procedure.
3.1.2.1. include labeled image of apparatus as reference?
3.2. data and results
3.2.1. **3. all data and results** collected during the experiment
3.2.1.1. written results. in words. ik. time consuming, but inevitable.
3.2.1.2. table with TEMPERATURES and balloon CIRCUMFERENCES (& calculated VOLUME) for the individual two experiments ran
3.2.1.3. graphs of our INDIVIDUAL experiments
3.2.1.4. graph of our COMBINED experiments (the oopsie ugly bad graph with a .000001 R^2)