I Determinationeh the endhalpy_of reactiontitict_acidand sodiumofHuydrioxideAolority of nitict acid, MVolume o of nihict acid, mLMelorityof dodium dydroxide, MVolume O of sodium hydnocide, ml.litial1.0010.001.005.00temperatur"(2)26.7Temperature ob mixture () vs. Teme (sec)302725SO(00150200Time (dee)Time (ec)Temperature of wmieture )26.73627.829.09029-0(2029.0(5029.018029.620029.6Final leumperatune ()ATCS Scanned with CamScanner im Aiguificant figures.Calorimedy Dataieh LalorimeterCUways expres amluleraamsulersI. Calibration.Mlolarity f HCL, MVolume ° of HCL, mL1.0010.00MelaridyofNgOA, M1.00Volume oy NaoH, mL5.00hitial ' temperadune )kemperdune ()26.7Temperature of mixture (C) vs. Time (ace)30-27762550(00(50200Time (Aac)Tume (AecTemp. o mixtuae(t)26.73027.86028. ४9028.8(2028.8(5028.818028,821028.6Einal Temperature (2)ATCcal(/CS Scanned with CamScannerTemp. of mixtua (C)

. of T Determination. titriet acid and tedium tydriesxide. of the enthalpy of reaction Molority f nitict acid, M Volume ° of niict acid, mL Meloity of dodum tydroxide, M Volume O of sedium hjdnoide, ml leitial temperature" (2) 1.00 {0. 00 1.00 5.00 26.7 Temperature ob mixture () vs. Teme (rec) 30- 29 27 SO (00 (50 200 Time (sec) Time (aec) Temperature of inture C) 26.7 36 27.8 C60 29.0 90 29.0 (20 29,0 (50 29.0 180 29.6 20 29.6 Final hemperatue f) AT mol AH (kJ/ mdl) Temp. of mietume (c)

. of T Determination. titriet acid and tedium tydriesxide. of the enthalpy of reaction Molority f nitict acid, M Volume ° of niict acid, mL Meloity of dodum tydroxide, M Volume O of sedium hjdnoide, ml leitial temperature" (2) 1.00 {0. 00 1.00 5.00 26.7 Temperature ob mixture () vs. Teme (rec) 30- 29 27 SO (00 (50 200 Time (sec) Time (aec) Temperature of inture C) 26.7 36 27.8 C60 29.0 90 29.0 (20 29,0 (50 29.0 180 29.6 20 29.6 Final hemperatue f) AT mol AH (kJ/ mdl) Temp. of mietume (c)

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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Assume that 1.00 mL (1.02 g) of crude product mixture is obtained from the reactionbefore the washing steps, and the distribution constant of the product mixture in brine isK = (Cmixture/Cbrine) = 50.0. Assuming that after mixing the product mixture volume isstill 1.00 mL (i.e., the volume lost is small), and the volume of the first brine wash layeris 2.00 mL. What mass (grams) of product mixture is lost (dissolves) in the first brinewash? (See Technique 13.2, p 53.) Show work.
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