The iodine clock experiment, which consists of the following three reactions, is set upso [S₂O3²] < [S₂O8²]. What would happen if [S₂O3²] > [S₂O3²]?Reaction 1:31¯(aq) + S₂O²¯(aq) →→→ I, (aq) + 2 SO²/¯ (aq)slowReaction 2:Iz (aq) + 2S₂O²¯(aq) → 31¯ (aq) + S₂0² (aq)fastReaction 3:Iz (aq) + starch → 31¯-starch (bluish black)fastSelect one:O a. No bluish black color would form because all the I formed in Reaction 1 wouldbe converted back into 13.2-O b. The bluish black color would be darker because more S₂O3 is present.2-O c. The bluish black color would be darker because more S₂O3 is present.O d. No bluish black color would form because all the 13 formed in Reaction 1 wouldbe converted back into I.

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The iodine clock experiment, which consists of the following three reactions, is set up so [S₂O3²] < [S₂O8²]. What would happen if [S₂O3²] > [S₂O²]? Reaction 1: 31¯(aq) +S₂O²¯(aq) →→→ Iz (aq) + 2 SO²¯(aq) slow Reaction 2: IÃ (aq) + 2 S₂O²¯(aq) → 31 (aq) + S₂O² (aq) fast

The iodine clock experiment, which consists of the following three reactions, is set up so [S₂O3²] < [S₂O8²]. What would happen if [S₂O3²] > [S₂O²]? Reaction 1: 31¯(aq) +S₂O²¯(aq) →→→ Iz (aq) + 2 SO²¯(aq) slow Reaction 2: IÃ (aq) + 2 S₂O²¯(aq) → 31 (aq) + S₂O² (aq) fast

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

Section: Chapter Questions

Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...

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