Calculate AT From the data, calculate q, the number of Joules absorbed by the acid-base neutralization reaction, and from the average q for each of the two processes studied, calculate AH° for the following reaction: HCI (ag) + NaOH (ag)-> NaCI(ag) + h20 (1) Reagents Volume M HCI Run Ti Ti avg Tf AT AH 1. 50 ml 1.004 M 19.50 °C 19.49 °C 26.34 50 ml °C 19.48 °C 1.004 M 19.30°C 19.05° C NaOH 1.007 M 2. HCI 50 ml 19.18° C 26.10 ° NaOH 50 ml 1.007 M
Calculate AT From the data, calculate q, the number of Joules absorbed by the acid-base neutralization reaction, and from the average q for each of the two processes studied, calculate AH° for the following reaction: HCI (ag) + NaOH (ag)-> NaCI(ag) + h20 (1) Reagents Volume M HCI Run Ti Ti avg Tf AT AH 1. 50 ml 1.004 M 19.50 °C 19.49 °C 26.34 50 ml °C 19.48 °C 1.004 M 19.30°C 19.05° C NaOH 1.007 M 2. HCI 50 ml 19.18° C 26.10 ° NaOH 50 ml 1.007 M
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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Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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![Calculate AT
From the data, calculate q, the number of Joules absorbed by the acid-base neutralization
reaction, and from the average q for each of the two processes studied, calculate AH° for the
following reaction:
HCI (ag) + NaOH (ag) -> NaCI(ag) + h20 (1)
Reagents Volume M
50 ml
Ti avg
Tf
ΔΤ
AH
Ti
19.50 °C
Run
26.34
°C
HCI
1.004 M
19.49 °C
NaOH
50 ml
1.007 M 19.48 °C
2
HCl
50 ml
1.004 M
19.30 °C
19.18° C
26.10 °
NaOH
50 ml
1.007 M
19.05° C
I](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F5b03978d-9fb6-45c3-be15-0e8eb68f799e%2Ffe22e420-3cf8-446f-832a-226341779e85%2F1ho9yc8_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Calculate AT
From the data, calculate q, the number of Joules absorbed by the acid-base neutralization
reaction, and from the average q for each of the two processes studied, calculate AH° for the
following reaction:
HCI (ag) + NaOH (ag) -> NaCI(ag) + h20 (1)
Reagents Volume M
50 ml
Ti avg
Tf
ΔΤ
AH
Ti
19.50 °C
Run
26.34
°C
HCI
1.004 M
19.49 °C
NaOH
50 ml
1.007 M 19.48 °C
2
HCl
50 ml
1.004 M
19.30 °C
19.18° C
26.10 °
NaOH
50 ml
1.007 M
19.05° C
I
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