6. Measuring Density and Specific gravityExperimentally and theoretically you can measure the density of water at the sametemperature. Imagine you have a 50 ml beaker, platform balance, 25 ml water place inthe beaker and a thermometer. Imagine the room temperature is 4° C. How would youdetermine the density of water given these materials? Look for the theoretical value ofwater in any references. You are going to repeat this procedure using ethyl alcohol(C;H,OH). Then calculate the specific gravity of ethyl alcohol. Weight of beaker (w1)Weight of beaker + water(w2)Weight of water (w3)Temperature of water32.5 grams55.5 grams25°CVolume of water25 mLExperimental Density of water(De)Theoretical Density of water (Dt)Weight of dry beaker (w3)Weight of beaker + ethyl alcohol(w4)Weight of ethyl alcohol (we)Volume of ethyl alcoholExperimental Density of ethyl alcoholTheoretical Density of ethyl alcohol% error (density of water)% error density of ethyl alcoholSpecific gravity of ethyl alcohol41.0 grams60.0 grams.789g/mL

A question based on properties of liquids that is to be accomplished.

6. Measuring Density and Specific gravity Experimentally and theoretically you can measure the density of water at the same temperature. Imagine you have a 50 ml beaker, platform balance, 25 ml water place in the beaker and a thermometer. Imagine the room temperature is 4° C. How would you determine the density of water given these materials? Look for the theoretical value of water in any references. You are going to repeat this procedure using ethyl alcohol (C;H,OH). Then calculate the specific gravity of ethyl alcohol.

6. Measuring Density and Specific gravity Experimentally and theoretically you can measure the density of water at the same temperature. Imagine you have a 50 ml beaker, platform balance, 25 ml water place in the beaker and a thermometer. Imagine the room temperature is 4° C. How would you determine the density of water given these materials? Look for the theoretical value of water in any references. You are going to repeat this procedure using ethyl alcohol (C;H,OH). Then calculate the specific gravity of ethyl alcohol.

Chemistry

10th Edition

ISBN:9781305957404

Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Chapter1: Chemical Foundations

Section: Chapter Questions

Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...

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