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11. An aqueous solution of morphine has a pH of9.61. Its structure is shown below. Would the morphine molecule have to act as a Bronsted/Lowry acid or Bronsted/Lowry base in order for the solution to have this pH? Explain, and based on your answer, indicate where in the morphine molecule the proton is donated or accepted. N-CH HO b) Determine the hydroxide ion concentration in this solution of morphine. c) Does you value for [OH-1] make sense for a pH of 9.61? Explain.
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11. An aqueous solution of morphine has a pH of 9.61. Its structure is shown below. Would the morphine molecule have to act a

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