Symmetry of Hydrogen Groups Determine the number of different equivalent sets of hydrogen atoms on each of the following molecules. ???? 2. 3. H3C OH OCH3 glutaric anhydride 3-chloro-1-propanol 2,2-dimethoxpropane 5. 4. B 6-bromohexanoic acid 3-nitrophenol 4-nitrophenol 8. ??? fluorene diethylmalonate Solution 1. three sets of protons, on three types of carbon atoms(two carbons do not have hydrogens) 2. two sets of protons. on two types carbon atoms(two methoxy(one) and two methyl (one)groups) 3. four sets of ptotons on three types of carbon atoms and one hydrogen attached to O atom. 4. four sets of protons on three types of carbon atoms, one hydrogen attache dto O atom. 5. five sets of protons , on four types of carbon atoms and one hydrogen attached to O atom. 6. five sets of protons, on four types of carbon atoms and one hydrogen attached to O atom. 7. six types of protons , on eleven carbon atoms. 8. three types of protons. ,on five carbon atoms. THE ABOVE IS SELF EXPLANATORY DESCRIPTION, ANY WAY, ALSO I AM TRYING TO UPLOAD IMAGES OF THE GIVEN MOLECULES LOCATING EQUIVALENT PROTONS .