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Unformatted text preview: Δ pipet etc.) for all the lab equipment are listed on p. 31 in the manual. Step 3: [Solution 2] = [Solution 1] * 10.00ml / 100.00 ml % inherent error of [Solution 2]: " [Solution 2] [Solution 2] = " [Solution 1] [Solution 1] + " (Volumetric Pipet) 10.00mL + " (Volumetric Flask) 100.00mL Note: " [Solution 1] [Solution 1] = inherent error for solution 1. Step 4 and on: Continue to propagate the error for the remaining solutions (i.e. solution 3, solution 4, etc.) until you reach the inherent error for the last solution. As you can see, the inherent error for each solution will depend on the previous solution and that's why it is not practical to dilute the solution too many times....
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This note was uploaded on 04/24/2008 for the course CHEM 20L taught by Professor Gould during the Spring '08 term at UCLA.
 Spring '08
 Gould
 Chemistry

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