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Mass of the reaction solution, msoln (g) Add together the masses of the NaOH (100mL) (aq) and HCl (100mL) (aq). Convert the volume of each solution to mass using 1.000 g/mL as the density (we are assuming these aqueous solutions have the same density as water, see procedure for volumes used).

Mass of the reaction solution, msoln (g) Add together the masses of the NaOH (100mL) (aq) and HCl (100mL) (aq). Convert the volume of each solution to mass using 1.000 g/mL as the density (we are assuming these aqueous solutions have the same density as water, see procedure for volumes used).

Chemistry
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
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Mass of the reaction solution, msoln (g)

Add together the masses of the NaOH (100mL) (aq) and HCl (100mL) (aq). Convert the volume of each solution to mass using 1.000 g/mL as the density (we are assuming these aqueous solutions have the same density as water, see procedure for volumes used).

25.00 Initial temperature 1. ('C) 31.37 2. Final temperature ('C) Part 2 of 6 Calculations 6.37 Change in temperature of the reaction 3. solution, ATsoln ("C) Part 3 of 6 Mass of the reaction solution, msoln (e) Add together the masses of the NaOH(aq) and HCI(aq). Convert the volume of each solution to mass using 1.000 g/ml as the density (we are assuming these aqueOus solutions have the same density as water, see procedure for volumes used).
Transcribed Image Text:25.00 Initial temperature 1. ('C) 31.37 2. Final temperature ('C) Part 2 of 6 Calculations 6.37 Change in temperature of the reaction 3. solution, ATsoln ("C) Part 3 of 6 Mass of the reaction solution, msoln (e) Add together the masses of the NaOH(aq) and HCI(aq). Convert the volume of each solution to mass using 1.000 g/ml as the density (we are assuming these aqueOus solutions have the same density as water, see procedure for volumes used).
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