TITLE The Gas Constant Continued from Page 5 10 15 20 25 30 Angel Serrano Professor Schlegel Data Table Trail 1 202949 0

[answerhappygod]

Title The Gas Constant Continued From Page 5 10 15 20 25 30 Angel Serrano Professor Schlegel Data Table Trail 1 202949 0 1 (68.96 KiB) Viewed 9 times

Title The Gas Constant Continued From Page 5 10 15 20 25 30 Angel Serrano Professor Schlegel Data Table Trail 1 202949 0 2 (33.53 KiB) Viewed 9 times

Title The Gas Constant Continued From Page 5 10 15 20 25 30 Angel Serrano Professor Schlegel Data Table Trail 1 202949 0 3 (75.36 KiB) Viewed 9 times

Title The Gas Constant Continued From Page 5 10 15 20 25 30 Angel Serrano Professor Schlegel Data Table Trail 1 202949 0 4 (75.36 KiB) Viewed 9 times

TITLE The Gas Constant Continued from Page 5 10 15 20 25 30 Angel Serrano Professor Schlegel Data Table Trail 1 202949 0.0315 +0301s Volume of flask 1479m 147.9mL (ML) Mass of mg (9) Maximum Pressure (kPa) Inital Pressure Pressure Change 24.49 Ka APCKPA 110.8% Apa 21.1°C 109. Ok Pressure Change 241 atm (atm) . Initial Pressure Average Temperature (k) SIGNATURE Trail 3 Trail4 0.02950303g 147.9ml 1478m 135.33K142.32 kpc 120.8516a 110.45Kpa 116.27kpa 110.21 109.69 109.54 109.26kpa 32.1Kpa 11.16kpa 0.91Kpa 7.01 kpa .316 atm.110 atm .00898069 atm 21.1°C Final Temperature 21.1°C K(C) Average Temperature 21.1°C PROJECT Trail 2 032 03075 DATE BOOK PA DATE 6/29/2 Trail 5 211 212 213 214 21.1°c 21.2c 21.3°C 21.3°C 21.1°C 21.2°C 21.3°C 21.350 295,25K 295.251 295.35k 295.35k 294.5k WITNES -02989 147mL Continued to Page DATE
DATA ANALYSIS (Show one sample calculation of each of these in your lab notebook) 1. Using the ideal gas law, calculate your experimental value of R (the gas constant) for each trial. (Remember, the pressure is the AP from your data table.) 2. Calculate the average and relative range of your R values. 3. Calculate the % error of your average R. CONCLUSIONS/DISCUSSION Did you achieve the main goals of the lab, if so, state this. State your results, ie your average R value, your relative range and your % error. How do you know if your R value is reliable or not? (Discuss your precision and your accuracy.) Discuss possible sources of systematic error. What sorts of errors would make your experimental value of R high? What sort of errors would make it low?
D 5 Trail 3 Trail 4 Mass of mg Trail 1 02949 0.0319 03015 0.02955 .0303g Volume of flask 147.9 ml 147.9 ml 1479m 147m (ML) Maximum Pressure ((kPa). Inital Pressure (kPa) Pressure Change APCKPA) Pressure Change (atm) temperatur Initial Pressure 21.1°C 135.33 142.32 110.84 Apa 21.1°C 109 50 kpa 110.221 Final Temperature 21.1°C (°C) Average Temperature Average Temperature 1(K) Trail 2 032 03075 120.85 kpa 110.45Kpa 109.69 109.54 Trail 5 -02989 1479mL 116.27kpa 109.26 kpa 211 212 213 214 21.1°C 21.2C 21.3°C 21.3°C