Which answer correctly predicts the multiplicity (the number of peaks as a result of splitting) for each shaded proton in the- following compound. (Assume the sample contains a trace of an acidic or basic impurity and is not ultrapure) HO– 3-3³H Ha = 4, Hp = 1, Hc = 2 Ha = 8, Hp = 2, Hc = 2 Ha = 7, Hb = 1, Hc = 2 Ha = 5, Hb = 2, Hc = 2

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2. Which answer correctly predicts the multiplicity (the number of peaks as a result of splitting) for each shaded proton in the following compound.  (Assume the sample contains a trace of an acidic or basic impurity and is not ultrapure) Select all that apply. 

QUESTION 2
Which answer correctly predicts the multiplicity (the number of peaks as a result of splitting) for each shaded proton in the
following compound. (Assume the sample contains a trace of an acidic or basic impurity and is not ultrapure)
CH3
HO- 3-3H
O Ha = 4, Hp = 1, Hc = 2
O Ha = 8, Hp = 2, Hc = 2
O Ha = 7, Hb = 1, Hc = 2
Ha = 5, Hb = 2, Hc = 2
%3D
Transcribed Image Text:QUESTION 2 Which answer correctly predicts the multiplicity (the number of peaks as a result of splitting) for each shaded proton in the following compound. (Assume the sample contains a trace of an acidic or basic impurity and is not ultrapure) CH3 HO- 3-3H O Ha = 4, Hp = 1, Hc = 2 O Ha = 8, Hp = 2, Hc = 2 O Ha = 7, Hb = 1, Hc = 2 Ha = 5, Hb = 2, Hc = 2 %3D
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