I just need help with the [SBO+ ], I can'tfigure out what I did wrong. Please helpA buffered solution of 0.0340 M SbO* and 0.0180 M Cď²+ was prepared with a pH of 2.15 at 25 °C.Eso. = 0.208 VEe. = -0.402 VSbo* + 2H* + 3e"= Sb(s) + H,OCd2+ + 2e- = Cd(s)Which ion is more easily reduced?Sbo*O Ca²+What is the concentration of SbO* at the potential when Cd2+ will begin to be deposited?[SbO*] = 0.396IncorrectDetermine the potential at the cathode when the SbO* concentration is 0.0015 M?Ecathode =0.0674V

Since only second part is asked, thus solution of second part is being provided. Calculation of…

I just need help with the [SBO+ ], I can't figure out what I did wrong. Please help A buffered solution of 0.0340 M SbO* and 0.0180 M Cď²+ was prepared with a pH of 2.15 at 25 °C. Eso: = 0.208 V E. = -0.402 V Sbo* + 2H* +3e= Sb(s) + H,O Ca2+ + 2e = Cd(s) Which ion is more easily reduced? Sbo* What is the concentration of SbO* at the potential when Cd²+ will begin to be deposited? [SbO*] = 0.396 Incorrect Determine the potential at the cathode when the SbO* concentration is 0.0015 M? Ecahode = 0.0674

I just need help with the [SBO+ ], I can't figure out what I did wrong. Please help A buffered solution of 0.0340 M SbO* and 0.0180 M Cď²+ was prepared with a pH of 2.15 at 25 °C. Eso: = 0.208 V E. = -0.402 V Sbo* + 2H* +3e= Sb(s) + H,O Ca2+ + 2e = Cd(s) Which ion is more easily reduced? Sbo* What is the concentration of SbO* at the potential when Cd²+ will begin to be deposited? [SbO] = 0.396 Incorrect Determine the potential at the cathode when the SbO concentration is 0.0015 M? Ecahode = 0.0674

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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