Quantitative Chemical Analysis notes (10th edition)

CHEM 250 chapters 2 - 3. Chap 2: covers tolerances of Class A instruments (burets, volumetric flasks, transfer pipets, and micropipets. how to use said instruments. Chap 3: covers significant figures. how to calculate with addition/adding, subtraction/subtracting, multiplication/multiplying, division/dividing, logarithm, anti logarithm. graphing with significant figures.

TEST BANK FOR QUANTITATIVE CHEMICAL ANALYSIS 10TH EDITION 1. Which constant is NOT used to define the fundamental SI units? a. Avogadro’s number b. speed of light in vacuum c. elementary charge d. Planck’s constant e. π 2. A satellite in low Earth orbit with a circular orbit has an orbital speed of 7.3 km/s relative to the Earth’s surface. Calculate the satellite’s speed in miles per hour. (1 mi = 1.609 km) a. 1.6 × 104 mi/h b. 1.3 × 10−3 mi/h c. 4.2 × 10...

Questions from a chemical analysis 1 exam made on the computer

CHEM 250 chapters 2 - 3. Chap 2: covers tolerances of Class A instruments (burets, volumetric flasks, transfer pipets, and micropipets. how to use said instruments. Chap 3: covers significant figures. how to calculate with addition/adding, subtraction/subtracting, multiplication/multiplying, division/dividing, logarithm, anti logarithm. graphing with significant figures.

TEST BANK FOR QUANTITATIVE CHEMICAL ANALYSIS 10TH EDITION 1. Which constant is NOT used to define the fundamental SI units? a. Avogadro’s number b. speed of light in vacuum c. elementary charge d. Planck’s constant e. π 2. A satellite in low Earth orbit with a circular orbit has an orbital speed of 7.3 km/s relative to the Earth’s surface. Calculate the satellite’s speed in miles per hour. (1 mi = 1.609 km) a. 1.6 × 104 mi/h b. 1.3 × 10−3 mi/h c. 4.2 × 10...

Questions from a chemical analysis 1 exam made on the computer