Name of Solute Weight of test tube and t-butanol weight of emtpy test tube weight of t-butanol reezing point of t-butanol Weight of solute used for run #2 Freezing point of solution Delta Tf of the solution Molatity of t-butanol solution Experimental molar mass of solute Ethyl Paraben 13.349 g 8.661 g 4.688 g 25.0 deg C 0.173 g 23.0 deg C 2.0 deg C 0.2 ml
Name of Solute Weight of test tube and t-butanol weight of emtpy test tube weight of t-butanol reezing point of t-butanol Weight of solute used for run #2 Freezing point of solution Delta Tf of the solution Molatity of t-butanol solution Experimental molar mass of solute Ethyl Paraben 13.349 g 8.661 g 4.688 g 25.0 deg C 0.173 g 23.0 deg C 2.0 deg C 0.2 ml
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Chapter10: Properties Of Solutions
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Question
How do find the experimental molar mass of solute from the given table
![Name of Solute
Weight of test tube and t-butanol
weight of emtpy test tube
weight of t-butanol
freezing point of t-butanol
Weight of solute used for run #2
Freezing point of solution
Delta Tf of the solution
Molatity of t-butanol solution
Experimental molar mass of solute
Percent error
Ethyl Paraben
13.349 g
8.661 g
4.688 g
25.0 deg C
0.173 g
23.0 deg C
2.0 deg C
0.2 m](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F61ad7f72-97e8-4e38-83ab-7685cffaff26%2Fa429655d-e84f-4053-a110-3ff691a7d9fa%2Fx2xo00l_processed.png&w=3840&q=75)
Transcribed Image Text:Name of Solute
Weight of test tube and t-butanol
weight of emtpy test tube
weight of t-butanol
freezing point of t-butanol
Weight of solute used for run #2
Freezing point of solution
Delta Tf of the solution
Molatity of t-butanol solution
Experimental molar mass of solute
Percent error
Ethyl Paraben
13.349 g
8.661 g
4.688 g
25.0 deg C
0.173 g
23.0 deg C
2.0 deg C
0.2 m
Expert Solution
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Step 1
Given
Weight of t-butanol = 4.688 g (solvent)
Weight of solute = 0.173 g
Freezing point of t-butanol = 25 0 C
Freezing point of Solution = 23 0 C
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