n starts. No late work will be accepted, 1) Suppose that you used smaller volumetric apparatus...

 

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n starts. No late work will be accepted, 1) Suppose that you used smaller volumetric apparatus to prepare 0.250 M NH3 solution by diluting 84.6 (+0.8) μL of 28.0 (+0.5) wt% NH3 (density = 0.899 (+0.003) g/mL) up to 5.00 (+0.02) mL. Find the uncertainty in 0.250 M. The molar mass of NH3 (17.031 g/mol) has negligible uncertainty relative to other uncertainties in this problem. n starts. No late work will be accepted, 1) Suppose that you used smaller volumetric apparatus to prepare 0.250 M NH3 solution by diluting 84.6 (+0.8) μL of 28.0 (+0.5) wt% NH3 (density = 0.899 (+0.003) g/mL) up to 5.00 (+0.02) mL. Find the uncertainty in 0.250 M. The molar mass of NH3 (17.031 g/mol) has negligible uncertainty relative to other uncertainties in this problem.

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Given V1 84608 micro L 00846 08 ml We 280 05 Density0899 0003 ... View the full answer