1. Mass of beaker 2. Mass of beaker and 25mL of water from 100mL GC 3. Mass of beaker and add'l 25 mL of water 4. Mass of water (#2-#1) & (#3-#2) in corresponding spaces 5. Percent error for the 100mL G.C. 79.679 103-179 126.41g 23.56g 23.2.4g

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Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
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Chapter1: Chemical Foundations
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Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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Please help with question 5
4. Mass of water (#2-#1 ) & (#3-# 2) in corresponding spaces
5. Percent error for the 150mL Beaker
Calculations:
acc.value-actual
accepted
2.
3.
x 100
25ml-22-98 ×
25.00 mass=censity & volume
mass: 1.009/ML x 25.00g (accepted valve)
100mL Graduated Cylinder
1.
4.
5.
25.00-24.75
25.00
1. Mass of beaker
-x 100 =1.00%
Mass a small beaker and record all decimals and units.
Using a 100mL graduated cylinder, measure 25.0 mL of distilled water.
Pour the 25.0mL of water in the beaker.
Remass the beaker and water to 0.01g.
Now continuing your measurement, add an additional 25.0mL of water using the 100mL
graduated cylinder.
6. Mass the beaker to determine the additional mass that was added.
2. Mass of beaker and 25mL of water from 100mL GC
22.879
3. Mass of beaker and add'l 25 mL of water
4. Mass of water (#2-#1) & (#3-#2) in corresponding spaces
5. Percent error for the 100mL G.C.
Calculations:
103.17-79.61=23.56
126.41-103.17:23.24
BAN 26.52
79.619
103.179
126.41g
23.56g 23.24
Transcribed Image Text:4. Mass of water (#2-#1 ) & (#3-# 2) in corresponding spaces 5. Percent error for the 150mL Beaker Calculations: acc.value-actual accepted 2. 3. x 100 25ml-22-98 × 25.00 mass=censity & volume mass: 1.009/ML x 25.00g (accepted valve) 100mL Graduated Cylinder 1. 4. 5. 25.00-24.75 25.00 1. Mass of beaker -x 100 =1.00% Mass a small beaker and record all decimals and units. Using a 100mL graduated cylinder, measure 25.0 mL of distilled water. Pour the 25.0mL of water in the beaker. Remass the beaker and water to 0.01g. Now continuing your measurement, add an additional 25.0mL of water using the 100mL graduated cylinder. 6. Mass the beaker to determine the additional mass that was added. 2. Mass of beaker and 25mL of water from 100mL GC 22.879 3. Mass of beaker and add'l 25 mL of water 4. Mass of water (#2-#1) & (#3-#2) in corresponding spaces 5. Percent error for the 100mL G.C. Calculations: 103.17-79.61=23.56 126.41-103.17:23.24 BAN 26.52 79.619 103.179 126.41g 23.56g 23.24
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