6 i then took a constant temperature bath and set its

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6. I then took a constant temperature bath and set its temperature 0 °C (ice) 7. I placed the Erlenmeyer flask in the constant temperature bath 8. As I waited, I let the temperature of the gas sample stabilize, and then recorded the temperature and the total volume of the gas *Note: Temperature is 273.1 K Volume is 58.6 mL 9. I increased the bath setting to 40 °C and recorded the temperature and total volume of the gas once it stabilizes *Note: bath at 40°C Temperature is 313.1 K Volume is 89.1 mL 10. I repeated the measurements for bath settings of 60 °C, 80 °C and 100 °C. *Note: bath at 60°C Temperature is 333.1 K Volume is 104.4 mL *Note: bath at 80°C
Temperature is 353.1 K Volume is 119.7 mL *Note: bath at 100°C Temperature is 373.1 K Volume is 135.0 mL 11. I then placed the Erlenmeyer flask in the recycling bin Experiment 2 1. I took a new Erlenmeyer flask and closed the flask with a stopper 2. I added 1.5 atm of butane (C 4 H 10 ) gas to the Erlenmeyer flask 3. By taking a thermometer and a gas syringe, I attached each to the Erlenmeyer flask and recorded the temperature and volume *Note: Temperature is 21.5°C Volume is 75 mL 4. I changed the constant temperature bath setting to 40 °C and put the Erlenmeyer flask into the bath 5. I let the temperature of the gas sample stabilize then recorded the temperature and the total

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