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Problem 2. 15 mg/L of HCI, 25 mg/L of H2504, 20 mg/L of HNO; acids are added to 250 ml deionized water. a) Calculate the concentrations of chloride (CI), sulphate (SO.²), and nitrate (NO3) ions in mg/L. b) Calculate the ionic strength (u), total dissolved inorganic solid (TDS) in mg/L and conductivity in us/cm Molecular weights (g/mole): H = 1; Cl = 35,5; S = 32; 0 = 16; N = 14.

Problem 2. 15 mg/L of HCI, 25 mg/L of H2504, 20 mg/L of HNO; acids are added to 250 ml deionized water. a) Calculate the concentrations of chloride (CI), sulphate (SO.²), and nitrate (NO3) ions in mg/L. b) Calculate the ionic strength (u), total dissolved inorganic solid (TDS) in mg/L and conductivity in us/cm Molecular weights (g/mole): H = 1; Cl = 35,5; S = 32; 0 = 16; N = 14.

Chemistry
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 2. 15 mg/L of HCI, 25 mg/L of H2504, 20 mg/L of HNO; acids are added to 250 ml deionized water. a) Calculate the concentrations of chloride (CI'), sulphate (SO.?), and nitrate (NO3) ions in mg/L. b) Calculate the ionic strength (u), total dissolved inorganic solid (TDS) in mg/L and conductivity in us/cm Molecular weights (g/mole): H = 1; Cl = 35,5; S = 32; 0 = 16; N = 14.
Transcribed Image Text:Problem 2. 15 mg/L of HCI, 25 mg/L of H2504, 20 mg/L of HNO; acids are added to 250 ml deionized water. a) Calculate the concentrations of chloride (CI'), sulphate (SO.?), and nitrate (NO3) ions in mg/L. b) Calculate the ionic strength (u), total dissolved inorganic solid (TDS) in mg/L and conductivity in us/cm Molecular weights (g/mole): H = 1; Cl = 35,5; S = 32; 0 = 16; N = 14.
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