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Water was drained from a buret between the 0.12- and 15.78-mL marks. The apparent volume was 15.78 - 0.12 = 15.66 mL. Measured in air at 25 o C, the mass of water delivered was 15.569 g. What is the true volume

Water was drained from a buret between the 0.12- and 15.78-mL marks. The apparent volume was 15.78 - 0.12 = 15.66 mL. Measured in air at 25 o C, the mass of water delivered was 15.569 g. What is the true volume

Chemistry: Matter and Change
Chemistry: Matter and Change
1st Edition
ISBN:9780078746376
Author:Dinah Zike, Laurel Dingrando, Nicholas Hainen, Cheryl Wistrom
Publisher:Dinah Zike, Laurel Dingrando, Nicholas Hainen, Cheryl Wistrom
Chapter3: Matter-properties And Changes
Section: Chapter Questions
Problem 40A
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Water was drained from a buret between the 0.12- and 15.78-mL marks. The
apparent volume was 15.78 - 0.12 = 15.66 mL. Measured in air at 25 o C, the mass of water delivered was 15.569 g. What is the true volume?

Density of Water (g/mL) vs. Temperature (°C) (from Handbook of Chemistry and Physics. 53rd Edition, p. F4) Whole degrees are listed down the left hand side of the table, while tenths of a degree are listed across the top. 0.1 0.3 0.4 0.5 0.6 0.7 0.8 0.9 0.0 0.2 15 0.999099 0.999084 0.999069 0.999054 0.999038 0.999023 0.999007 0.9989910.998975 0.998959 16 0.998943 0.998926 0.998910 0.998893 0.998877 0.998860 0.998843 0.998826 0.998809 0.998792 17 0.998774 0.998757 0.998739 0.998722 0.998704 0.998686 0.998668 0.998650 0.998632 0.998613 18 0.998595 0.998576 0.998558 0.998539 0.998520 0.998501 0.998482 0.998463 0.998444 0.998424 19 0.998405 0.998385 0.998365 0.998345 0.998325 0.998305 0.998285 0.998265 0.998244 0.998224 20 0.998203 0.998183 0.998162 0.998141 0.998120 0.998099 0.998078 0.998056 0.998035 0.998013 21 0.997992 0.997970 0.997948 0.997926 0.997904 0.9978820.997860 0.997837 0.997815 0.997792 22 0.997770 0.997747 0.997724 0.997701 0.997678 0.997655 0.997632 0.997608 0.997585 0.997561 23 0.997538 0.997514 0.997490 0.997466 0.997442 0.997418 0.997394 0.997369 0.997345 0.997320 24 0.997296 0.997271 0.997246 0.997221 0.997196 0.997171 0.997146 0.997120 0.997095 0.997069 25 0.997044 0.997018 0.996992 0.996967 0.996941 0.996914 0.996888 0.996862 0.996836 0.996809 26 0.996783 0.996756 0.996729 0.996703 0.996676 0.996649 0.996621 0.996594 0.996567 0996540 27 0.996512 0.996485 0.996457 0.996429 0.996401 0.996373 0.996345 0.996317 0.996289 0.996261 28 0.996232 0.996204 0.996175 0.996147 0.996118 0.996089 0.996060 0.996031 0.996002 0.995973 29 0.995944 0.995914 0.995885 0.995855 0.995826 0.995796 0.995766 0.995736 0.995706 0.995676 30 0.995646 0.995616 0.995586 0.995555 0.995525 0.995494 0.995464 0.995433 0.995402 0.995371 Example to find the density of water at 16.1 C, you would first find the whole degree by searching down the left hand column until you reach 16 Then you would slide across that row until you reach the column labeled '0.1'. The density of water at 16.1"C is 0.998926 g/ml.
Transcribed Image Text:Density of Water (g/mL) vs. Temperature (°C) (from Handbook of Chemistry and Physics. 53rd Edition, p. F4) Whole degrees are listed down the left hand side of the table, while tenths of a degree are listed across the top. 0.1 0.3 0.4 0.5 0.6 0.7 0.8 0.9 0.0 0.2 15 0.999099 0.999084 0.999069 0.999054 0.999038 0.999023 0.999007 0.9989910.998975 0.998959 16 0.998943 0.998926 0.998910 0.998893 0.998877 0.998860 0.998843 0.998826 0.998809 0.998792 17 0.998774 0.998757 0.998739 0.998722 0.998704 0.998686 0.998668 0.998650 0.998632 0.998613 18 0.998595 0.998576 0.998558 0.998539 0.998520 0.998501 0.998482 0.998463 0.998444 0.998424 19 0.998405 0.998385 0.998365 0.998345 0.998325 0.998305 0.998285 0.998265 0.998244 0.998224 20 0.998203 0.998183 0.998162 0.998141 0.998120 0.998099 0.998078 0.998056 0.998035 0.998013 21 0.997992 0.997970 0.997948 0.997926 0.997904 0.9978820.997860 0.997837 0.997815 0.997792 22 0.997770 0.997747 0.997724 0.997701 0.997678 0.997655 0.997632 0.997608 0.997585 0.997561 23 0.997538 0.997514 0.997490 0.997466 0.997442 0.997418 0.997394 0.997369 0.997345 0.997320 24 0.997296 0.997271 0.997246 0.997221 0.997196 0.997171 0.997146 0.997120 0.997095 0.997069 25 0.997044 0.997018 0.996992 0.996967 0.996941 0.996914 0.996888 0.996862 0.996836 0.996809 26 0.996783 0.996756 0.996729 0.996703 0.996676 0.996649 0.996621 0.996594 0.996567 0996540 27 0.996512 0.996485 0.996457 0.996429 0.996401 0.996373 0.996345 0.996317 0.996289 0.996261 28 0.996232 0.996204 0.996175 0.996147 0.996118 0.996089 0.996060 0.996031 0.996002 0.995973 29 0.995944 0.995914 0.995885 0.995855 0.995826 0.995796 0.995766 0.995736 0.995706 0.995676 30 0.995646 0.995616 0.995586 0.995555 0.995525 0.995494 0.995464 0.995433 0.995402 0.995371 Example to find the density of water at 16.1 C, you would first find the whole degree by searching down the left hand column until you reach 16 Then you would slide across that row until you reach the column labeled '0.1'. The density of water at 16.1"C is 0.998926 g/ml.
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