A (aq) + ....B(aq) Č(s)+ D (aq) Experimental Volume of B/ mL Mass of Run precipitate/g 1 1.2 5.40 2 1.4 7.24 3 1.6 9.02 1.8 9.90 2.0 10.86 2.2 10.90 7 2.4 10.88 8. 2.6 10.84 9. 2.8 10.86 A series of experiment was performed to determine the mole ratio of a given reaction. 1 mL of 1 Molar A added to nine beakers, then the increasing amount of 1 Molar B added to these beakers. Volume of B and mass of precipitate of C are given in the table below. Find the mole ratios through plotting a graph. NM4
A (aq) + ....B(aq) Č(s)+ D (aq) Experimental Volume of B/ mL Mass of Run precipitate/g 1 1.2 5.40 2 1.4 7.24 3 1.6 9.02 1.8 9.90 2.0 10.86 2.2 10.90 7 2.4 10.88 8. 2.6 10.84 9. 2.8 10.86 A series of experiment was performed to determine the mole ratio of a given reaction. 1 mL of 1 Molar A added to nine beakers, then the increasing amount of 1 Molar B added to these beakers. Volume of B and mass of precipitate of C are given in the table below. Find the mole ratios through plotting a graph. NM4
Chapter7: Statistical Data Treatment And Evaluation
Section: Chapter Questions
Problem 7.26QAP
Related questions
Question
![A (aq) + ...B(aq)
C(s) + D (aq)
... ..
Experimental | Volume of B/ mL
Mass
of
Run
precipitate/g
1
1.2
5.40
2
1.4
7.24
1.6
9.02
4
1.8
9.90
2.0
10.86
6.
2.2
10.90
7
2.4
10.88
8
2.6
10.84
9.
2.8
10.86
A series of experiment was performed to determine the mole ratio of a given reaction. 1 mL of 1 Molar A added to nine beakers, then the
increasing amount of 1 Molar B added to these beakers. Volume of B and mass of precipitate of C are given in the table below. Find the mole
ratios through plotting a graph.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F3c1f1683-952a-45be-af19-6f74b314764c%2Fd5c7a916-9cd2-4bb5-8e89-e3ce7f939f3f%2F7uorfa6_processed.png&w=3840&q=75)
Transcribed Image Text:A (aq) + ...B(aq)
C(s) + D (aq)
... ..
Experimental | Volume of B/ mL
Mass
of
Run
precipitate/g
1
1.2
5.40
2
1.4
7.24
1.6
9.02
4
1.8
9.90
2.0
10.86
6.
2.2
10.90
7
2.4
10.88
8
2.6
10.84
9.
2.8
10.86
A series of experiment was performed to determine the mole ratio of a given reaction. 1 mL of 1 Molar A added to nine beakers, then the
increasing amount of 1 Molar B added to these beakers. Volume of B and mass of precipitate of C are given in the table below. Find the mole
ratios through plotting a graph.
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