DThe given equation is balanced in acidic condition. The steps to balance in basiccondition would be:CIO3-¹ + 6 Br¹ +6 H¹ →CI-¹ + 3 Br₂ + 3 H₂O-1A. Add OH to both sides of the equation.B. Add 6 OH to the left side of the equation. Then, subtract the waters from bothsides of the equation.C. Add 6 OH¹ to the right side of the equation and add the H₂O with the OH tomake more water.D. Add 6 OH to both sides of the equation and add to make 6 H₂O. Then, add tomake more water.to both sides of the equation and add to make 6 H₂O. Then, subtractE. Add 6 OHthe waters.B

For balancing of redox reaction in both atoms and charge has to be balanced. Given reaction is…

The given equation is balanced in acidic condition. The steps to balance in basic condition would be: CIO3¹ +6 Br¹ + 6 H+¹ →CI-¹ + 3 Br₂ + 3 H₂O -1 A. Add OH´ to both sides of the equation. B. Add 6 OH to the left side of the equation. Then, subtract the waters from both sides of the equation. C. Add 6 OH-1 to the right side of the equation and add the H₂O with the OH´to make more water. -1 to both sides of the equation and add to make 6 H₂O. Then, add to D. Add 6 OH make more water. E. Add 6 OH-¹ to both sides of the equation and add to make 6 H₂O. Then, subtract the waters. B

The given equation is balanced in acidic condition. The steps to balance in basic condition would be: CIO3¹ +6 Br¹ + 6 H+¹ →CI-¹ + 3 Br₂ + 3 H₂O -1 A. Add OH´ to both sides of the equation. B. Add 6 OH to the left side of the equation. Then, subtract the waters from both sides of the equation. C. Add 6 OH-1 to the right side of the equation and add the H₂O with the OH´to make more water. -1 to both sides of the equation and add to make 6 H₂O. Then, add to D. Add 6 OH make more water. E. Add 6 OH-¹ to both sides of the equation and add to make 6 H₂O. Then, subtract the waters. B

Chemistry for Engineering Students

4th Edition

ISBN:9781337398909

Author:Lawrence S. Brown, Tom Holme

Publisher:Lawrence S. Brown, Tom Holme

Chapter12: Chemical Equilibrium

Section: Chapter Questions

Problem 12.25PAE

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