For the following results of Thermodynamics of Borax Solubility, the volume of Borax solution titrated by HCI is 8.00 mL. Table 1. Volumes of hydrochloric acid required to titrate a saturated borax solution at varying temperatures. The hydrochloric acid was a solution standardized at 0.2912 M. Borax Volume added (mL) Temp. (°C) 8.00 8.00 8.00 8.00 8.00 HCI Volume (mL) 50.5 33.75 40.7 27.02 30.0 17.95 20.2 13.43 10.3 8.55 Using Thermodynamic formula (R= 8.31 J/K•mol) and the above results, (d) AH˚ = (kJ/mol) Type your answer.... For the following results of Thermodynamics of Borax Solubility, the volume of Borax solution titrated by HCI is 8.00 mL. Table 1. Volumes of hydrochloric acid required to titrate a saturated borax solution at varying temperatures. The hydrochloric acid was a solution standardized at 0.2912 M. Borax Volume added (mL) Temp. (°C) HCI Volume (mL) 8.00 8.00 8.00 8.00 8.00 50.5 33.75 40.7 27.02 30.0 17.95 20.2 13.43 10.3 8.55 Using Thermodynamic formula (R= 8.31 J/K•mol) and the above results, (c) What is the R² (the value of least-mean-square) of the best fitting line for this data? Type your answer...
For the following results of Thermodynamics of Borax Solubility, the volume of Borax solution titrated by HCI is 8.00 mL. Table 1. Volumes of hydrochloric acid required to titrate a saturated borax solution at varying temperatures. The hydrochloric acid was a solution standardized at 0.2912 M. Borax Volume added (mL) Temp. (°C) 8.00 8.00 8.00 8.00 8.00 HCI Volume (mL) 50.5 33.75 40.7 27.02 30.0 17.95 20.2 13.43 10.3 8.55 Using Thermodynamic formula (R= 8.31 J/K•mol) and the above results, (d) AH˚ = (kJ/mol) Type your answer.... For the following results of Thermodynamics of Borax Solubility, the volume of Borax solution titrated by HCI is 8.00 mL. Table 1. Volumes of hydrochloric acid required to titrate a saturated borax solution at varying temperatures. The hydrochloric acid was a solution standardized at 0.2912 M. Borax Volume added (mL) Temp. (°C) HCI Volume (mL) 8.00 8.00 8.00 8.00 8.00 50.5 33.75 40.7 27.02 30.0 17.95 20.2 13.43 10.3 8.55 Using Thermodynamic formula (R= 8.31 J/K•mol) and the above results, (c) What is the R² (the value of least-mean-square) of the best fitting line for this data? Type your answer...
Chapter10: Reconstitution Of Powdered Drugs
Section: Chapter Questions
Problem 42SST
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Transcribed Image Text:For the following results of Thermodynamics of Borax Solubility, the volume of Borax solution titrated by HCI is 8.00 mL.
Table 1. Volumes of hydrochloric acid required to titrate a saturated borax solution at varying temperatures. The hydrochloric acid was
a solution standardized at 0.2912 M.
Borax Volume added (mL) Temp. (°C)
8.00
8.00
8.00
8.00
8.00
HCI Volume (mL)
50.5
33.75
40.7
27.02
30.0
17.95
20.2
13.43
10.3
8.55
Using Thermodynamic formula (R= 8.31 J/K•mol) and the above results,
(d) AH˚ =
(kJ/mol)
Type your answer....
Transcribed Image Text:For the following results of Thermodynamics of Borax Solubility, the volume of Borax solution titrated by HCI is 8.00 mL.
Table 1. Volumes of hydrochloric acid required to titrate a saturated borax solution at varying temperatures. The hydrochloric acid was
a solution standardized at 0.2912 M.
Borax Volume added (mL) Temp. (°C)
HCI Volume (mL)
8.00
8.00
8.00
8.00
8.00
50.5
33.75
40.7
27.02
30.0
17.95
20.2
13.43
10.3
8.55
Using Thermodynamic formula (R= 8.31 J/K•mol) and the above results,
(c) What is the R² (the value of least-mean-square) of the best fitting line for this data?
Type your answer...
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