Calculate AT From the data, calculate q, the number of Joules absorbed in each solution process, and AH° for the following processes: Na,S,03 (s) → 2Na* (ag) + S20,2 (ag) and Na,S,03 • 5H,0 (s) → 2Na* (ag) + S203 (ag) + 5H20 (1) q (joules) AH (ki/mol) Run Reagent Volume/mass Ti If ΔΤ 3.0589 g 50 ml 21.22°C Na,S,03 H,0 Na,S,03 H2O Na,S,03 • 5H20 H20 1 21.18°C 3.0048 g 20.65°C 21.15°C 50 ml 3 5.0219 g 20.90°C 17.08°C 50 ml 5.0285 g 21.05°C 17.00°C Na,S,03 • 5H20 H20 4 50 ml
Calculate AT From the data, calculate q, the number of Joules absorbed in each solution process, and AH° for the following processes: Na,S,03 (s) → 2Na* (ag) + S20,2 (ag) and Na,S,03 • 5H,0 (s) → 2Na* (ag) + S203 (ag) + 5H20 (1) q (joules) AH (ki/mol) Run Reagent Volume/mass Ti If ΔΤ 3.0589 g 50 ml 21.22°C Na,S,03 H,0 Na,S,03 H2O Na,S,03 • 5H20 H20 1 21.18°C 3.0048 g 20.65°C 21.15°C 50 ml 3 5.0219 g 20.90°C 17.08°C 50 ml 5.0285 g 21.05°C 17.00°C Na,S,03 • 5H20 H20 4 50 ml
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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Transcribed Image Text:Calculate AT
From the data, calculate q, the number of Joules absorbed in each solution process, and AH°
for the following processes: Na,S,03 (s) → 2Na* (ag) + S20,2 (ag)
and Na,S,03 • 5H,0 (s) → 2Na* (ag) + S2032 (ag) + 5H20 (1)
q (joules) AH
(ki/mol)
Run
Reagent Volume/mass Ti
If
ΔΤ
3.0589 g
50 ml
21.18°C
21.22°C
Na,S,O3
H,0
Na,S,03
H2O
Na,S,03
• 5H20
H20
1
3.0048 g
20.65°C
21.15°C
50 ml
3
5.0219 g
20.90°C
17.08°C
50 ml
5.0285 g
21.05°C
17.00°C
Na,S,03
• 5H20
H20
4
50 ml
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