Mass of the reaction solution, msoln (g)Add together the masses of the NaOH(s), water(100ml) , and ( 100.0 mL) HCl(aq). Convert the volumes of water and HCl(aq) to mass using 1.000 g/mL as the density (we are assuming the HCl solution has the same density as water, see procedure for volumes used). 4.05741. Mass of NAOH (g)25.00Initial temperature2.(*C)37.143. Final temperature (*C)Part 2 of 6Calculations12.14Change in temperature of the reaction4.solution, ATgoln ('C)Part 3 of 6Mass of the reaction solution, msoln (g)Add together the masses of the NaOH(s),water, and HCI(aq). Convert the volumes of5.water and HCI(aq) to mass using 1.000 g/mLas the density (we are assuming the HCIsolution has the same density as water, seeprocedure for volumes used).Submit Part

Given that - Mass of NaOH = 4.0574 g Initial temperature = 25°C Final temperature = 37.14°C…

Answered: Mass of the reaction solution, msoln…

Chemistry

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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(s), water(100ml) , and ( 100.0 mL) HCl(aq). Convert the volumes of water and HCl(aq) to mass using 1.000 g/mL as the density (we are assuming the HCl solution has the same density as water, see procedure for volumes used).

4.0574
1. Mass of NAOH (g)
25.00
Initial temperature
2.
(*C)
37.14
3. Final temperature (*C)
Part 2 of 6
Calculations
12.14
Change in temperature of the reaction
4.
solution, ATgoln ('C)
Part 3 of 6
Mass of the reaction solution, msoln (g)
Add together the masses of the NaOH(s),
water, and HCI(aq). Convert the volumes of
5.
water and HCI(aq) to mass using 1.000 g/mL
as the density (we are assuming the HCI
solution has the same density as water, see
procedure for volumes used).
Submit Part

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