Table 5, Dissolved oxygen of distilled water at different temperaturesTemperature(C)Volume of aliquot(ml.)5.00Volume of sodiumthiosulfate used (mL)Dissolved oxygen(ppm)10.3413.60255.0012.208.23735.005.404.031. From your data, calculate the dissolved oxygen content in distilled water at 73 °C (data in Table 5)without using the DO formula. Detailed calculation and formulas are required in this answer.

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Table 5. Dissolved oxygen of distilled water at different temperatures Temperature C) Volume of aliquot (ml.) 5. 00 Volume of sodium thiosulfate used (ml) Dissolved oxygen (ppm) 10.3 4 13.60 8.23 4.03 25 5.00 12.20 73 5.40 5.00 1. From your data, calculate the dissolved oxygen content in distilled water at 73 °C (data in Table 5) without using the DO formula. Detailed calculation and formulas are required in this answer.

Table 5. Dissolved oxygen of distilled water at different temperatures Temperature C) Volume of aliquot (ml.) 5. 00 Volume of sodium thiosulfate used (ml) Dissolved oxygen (ppm) 10.3 4 13.60 8.23 4.03 25 5.00 12.20 73 5.40 5.00 1. From your data, calculate the dissolved oxygen content in distilled water at 73 °C (data in Table 5) without using the DO formula. Detailed calculation and formulas are required in this answer.

Principles of Modern Chemistry

8th Edition

ISBN:9781305079113

Author:David W. Oxtoby, H. Pat Gillis, Laurie J. Butler

Publisher:David W. Oxtoby, H. Pat Gillis, Laurie J. Butler

Chapter11: Solutions

Section: Chapter Questions

Problem 8P

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