no., Atomic weight, Bohr’s model college, SonepatAcademic 2017-18 Odd September, 2017 Name of College:Gvm Session: Semester: For the month of S. Name of Subject Topics/Chapters to be covered Academic activity Topic of No. Assistant/Associate to be organized Assignments/Tests to be Professor given to the students 1 Ms. Deepika B.Sc. III, Medical Principle of nuclear NMR Specroscopy Organic Chemistry Principle of nuclear magnetic Power Point magnetic resonance resonance Presentation Splitting of signals B.Sc. III, N.M. A The PMR Spectrum Coupling Constants section Number of signals magnetic Organic chemistry Shielding and Deshielding of equivalence of protons protons Equivalent and non-equivalent Shielding and protons Deshielding of Position of signals and protons chemical shift Splitting of signals Coupling Constants magnetic equivalence of protons Unit II B.Sc. I H.S. Modern periodic law and Modern periodic periodic table law and periodic table
no., Atomic weight, Bohr’s model Name of College:Gvm college, SonepatAcademic Session: 2017-18 Semester: Odd For the month of September, 2017 S. No. Name of Assistant/Associate Professor Subject Topics/Chapters to be covered Academic activity to be organized Topic of Assignments/Tests to be given to the students 1 Ms. Deepika B.Sc. III, Medical Organic Chemistry NMR Specroscopy Principle of nuclear magnetic resonance Power Point Presentation Principle of nuclear magnetic resonance Splitting of signals B.Sc. III, N.M. A section Organic chemistry The PMR Spectrum Number of signals Shielding and Deshielding of protons Coupling Constants magnetic equivalence of protons Equivalent and non-equivalent protons Position of signals and chemical shift Shielding and Deshielding of protons Splitting of signals Coupling Constants magnetic equivalence of protons B.Sc. I H.S. Unit II Modern periodic law and periodic table Modern periodic law and periodic table
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