TABLE1 | V1 (mL) | P1 (kPa) | V2 (mL) | P2 (kPa) |
Run1 | 40 | 98.5 | 21 | 183.1 |
Run2 | 40 | 97.3 | 21 | 183.0 |
Run3 | 40 | 98.7 | 21 | 182.7 |
Run4 | 40 | 98.7 | 21 | 181.5 |
Run5 | 40 | 98.1 | 21 | 183.9 |
Avg | 40 | 98.26 | 21 | 182.92 |
1. From your average experimental values, caluclate the two ratios, V1/V2 and P2/P1. Show work. (It is just asking me to divide V1 by V2? and P2 by P1???????)
2. Calculate the Standard Errors for P1 and P2 from Table 1. Show work.
TABLE2 | V1 (mL) | P1 (kPa) | T1 (K) | V2 (mL) | P2 (kPa) | T2 (K) |
Run1 | 41.0522 | 98.5 | 290.8 | 22.0522 | 199 | 301.9 |
Run2 | 41.0522 | 97.3 | 290.8 | 22.0522 | 190.2 | 302.2 |
Run3 | 41.0522 | 98.7 | 290.9 | 22.0522 | 198.3 | 301.4 |
Run4 | 41.0522 | 98.7 | 290.9 | 22.0522 | 197.4 | 301.9 |
Run5 | 41.0522 | 98.1 | 291 | 22.0522 | 193.9 | 302.4 |
Avg | 41.0522 | 98.26 | 290.88 | 22.0522 | 195.76 | 301.96 |
1. Using the average values from Table 2 calculate the values of the two ratios (P1V1)/T1 and (P2V2)/T2. Show work.
2. Calculate the % difference between the two ratios in the previous question. Show work.
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