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PHRM1021-Introductory Pharm Sciences, T2 2025
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How many different 1H environments (i.e. the number of sets of equivalent protons) are there in the following molecule?
How many different 1H environments (i.e. the number of sets of equivalent protons) are there in the following molecule?
How many different 1H environments (i.e. the number of sets of equivalent protons) are there in the following molecule?
How many different 1H environments (i.e. the number of sets of equivalent protons) are there in the following molecule?
How many different 1H environments (i.e. the number of sets of equivalent protons) are there in the following molecule?
How many different 1H environments (i.e. the number of sets of equivalent protons) are there in the following molecule?
How many different 1H environments (i.e. the number of sets of equivalent protons) are there in the following molecule?
How many different 1H environments (i.e. the number of sets of equivalent protons) are there in the following molecule?
How many different 1H environments (i.e. the number of sets of equivalent protons) are there in the following molecule?
How many different 1H environments (i.e. the number of sets of equivalent protons) are there in the following molecule?