the second picture is the questions to the first picture

- Calculate the degrees of unsaturation. - How mary groups of equivalent protons are there? - The integration shows the relative number of hydrogers. How many hydrogens are actually acoounted for by each peak? - Which peak corresponds to the proton on the same carton as the C ? - Draw the stnuchure that is ibcely responsible for the peak at 0.89 perm. - Take a look at what atoms you havent acoourhed for yot. Based on that, what structural motf is likely resporsible for the peak at 3.19 prem. - Whar is the structure of the molecule? - Calculate the degrees of unsaturation. - How many groups of equivalent protons are there? - The integration shows the relative number of hydrogens. How many hydrogens are actually accounted for by each peak? - Which peak corresponds to the proton on the same carbon as the Cl ? - Draw the structure that is likely responsible for the peak at 0.89ppm. - Take a look at what atoms you haven't accounted for yet. Based on that, what structural motif is likely responsible for the peak at 3.19ppm. - What is the structure of the molecule