-3A 0.3202 (±0.0001) g sample of a pure monoprotic acid required 20.04 (±0.02) cm° of 0.1005 (±0.0005) mol dmneutralisation. Find the molar mass of the acid in g mol together with its uncertainty also in g mol, with an appropriatenumber of digits.NaOH for-1Select one:a.1.59 x 102+ 0.2 g molb. 1.60 x 10 + 0.03 g molC.1.590 x 102 + 0.03 g mold.1.590 x 10- + 0.2 g mol1.60 x 10-+0.2 g molе.Clear my choice

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A 0.3202 (±0.0001) g sample of a pure monoprotic acid required 20.04 (+0.02) cm of 0.1005 (+0.0005) mol dm -1 neutralisation. Find the molar mass of the acid in g mol together with its uncertainty also in g mol, NAOH for ', with an appropriate number of digits. Select one: 1.59 x 102+ 0.2 g mol -1 b. 1.60 x 10 + 0.03 g mol C. 1.590 x 10 +0.03 g mol d. 590 x 102 ±0.2 g mol 1.60 x 102+ +0.2 g mol1 e. Clear my choice

A 0.3202 (±0.0001) g sample of a pure monoprotic acid required 20.04 (+0.02) cm of 0.1005 (+0.0005) mol dm -1 neutralisation. Find the molar mass of the acid in g mol together with its uncertainty also in g mol, NAOH for ', with an appropriate number of digits. Select one: 1.59 x 102+ 0.2 g mol -1 b. 1.60 x 10 + 0.03 g mol C. 1.590 x 10 +0.03 g mol d. 590 x 102 ±0.2 g mol 1.60 x 102+ +0.2 g mol1 e. Clear my choice

Chemistry

10th Edition

ISBN:9781305957404

Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Chapter1: Chemical Foundations

Section: Chapter Questions

Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...

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