The charge balance equation for an aqueous solution that contains HIO.BaBr₂, and Al₂(SO4), isA) [H₂O*]+[Ba2+] + 2[A1³] = [OH] + 2[Br]+[10] [80] +[HSO,]B) [H₂O] + [Ba²] + [A] = [OH] + [Br] + [10] + [SO] +[HSO]C) 2 [H,0¹] + 2[Ba²+] + 3[A1³] = [OH] + [Br] + [10] +2[SO] + [HSO,]D) [H₂O¹] + 2[Ba²+] + 3[A1³] = [Br] + [10] + 2[SO][HSO,]+[OH]E) [H₂O] + 2[Ba²] +3[A1³] = [Br]+[10] + 2[SO] + [HSO₂]+

In charge balance equation, there must be equal magnitude of charge on both sides. That is total…

The charge balance equation for an aqueous solution that contains HIO. BaBr₂, and Al₂(SO4), is A) [H₂O*] + [Ba²+] + 2[A1³] = [OH] + 2[Br] + [10] [80] [HSO,] B) [H₂O] + [Ba²] + [A] = [OH] + [Br] + [10] + [SO] + [HSO] C) 2 [H,O] + 2[Ba²+] + 3[AP] = [OH] + [Br] + [10] + 2[SO] + [HSO,] D) [H,O] + 2[Ba2+] + 3[A1³] = [Br] + [10] + 2[SO] + [HSO,]+[OH] E) [H₂O] + 2[Ba²] + 3[A1³] = [Br]+[10]+2[SO]+[HSO,] +

The charge balance equation for an aqueous solution that contains HIO. BaBr₂, and Al₂(SO4), is A) [H₂O*] + [Ba²+] + 2[A1³] = [OH] + 2[Br] + [10] [80] [HSO,] B) [H₂O] + [Ba²] + [A] = [OH] + [Br] + [10] + [SO] + [HSO] C) 2 [H,O] + 2[Ba²+] + 3[AP] = [OH] + [Br] + [10] + 2[SO] + [HSO,] D) [H,O] + 2[Ba2+] + 3[A1³] = [Br] + [10] + 2[SO] + [HSO,]+[OH] E) [H₂O] + 2[Ba²] + 3[A1³] = [Br]+[10]+2[SO]+[HSO,] +

Chemistry & Chemical Reactivity

9th Edition

ISBN:9781133949640

Author:John C. Kotz, Paul M. Treichel, John Townsend, David Treichel

Publisher:John C. Kotz, Paul M. Treichel, John Townsend, David Treichel

Chapter21: The Chemistry Of The Main Group Elements

Section: Chapter Questions

Problem 58PS

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