Spectroscopy-1

Chemistry, HSSC-Punjab Second Year. This chapter is split into 36 topics and has 822 practice questions. The topics covered are listed below, followed by 10 free sample questions from the chapter.

Topics in this chapter

1. Regions of the electromagnetic spectrum 20 questions
2. Molecular ion peak positions for halogenoalkanes 25 questions
3. Visible absorption and colour of complexes 20 questions
4. Principle of mass spectrometry 21 questions
5. IR spectra of alcohols, amines, amides and acids 23 questions
6. Electromagnetic radiation and c = lambda nu 25 questions
7. Electronic transitions in UV-Vis spectroscopy 23 questions
8. IR absorption ranges: reverse lookup and comparisons 24 questions
9. Infrared spectroscopy principles and vibrations 24 questions
10. Deducing halogens and formulae from mass spectra 21 questions
11. Identifying functional groups from IR peaks 24 questions
12. Relative atomic mass from isotope data 27 questions
13. Molecular ion, [M+1] and M peaks: concepts 20 questions
14. IR absorption ranges of bonds (Table 29.2) 20 questions
15. Conjugation and lambda max 24 questions
16. IHD and structural features 22 questions
17. Worked examples of relative atomic mass 21 questions
18. Chlorine and bromine isotope patterns 25 questions
19. Number of carbon atoms from the [M+1] peak 27 questions
20. Planck quantum theory and E = hc/lambda 20 questions
21. Hydrogen spectrum and uses of atomic spectra 23 questions
22. UV-Vis spectroscopy absorbance and transmittance 25 questions
23. Atomic emission and absorption spectra 24 questions
24. Fragmentation of alkanes 27 questions
25. Wavenumber and conversions 20 questions
26. IHD calculation for hydrocarbons 28 questions
27. Worked IR examples and distinguishing compounds 20 questions
28. Identifying compounds from the molecular ion peak 22 questions
29. IHD of compounds containing O, N or halogen 20 questions
30. Electron types and orbital energies in UV-Vis 24 questions
31. Molecular ion peak and molecular mass 26 questions
32. Fragments and loss of small molecules 22 questions
33. Applications of infrared spectroscopy 20 questions
34. Spectroscopy overview and applications 21 questions
35. Isotopic mass and relative abundance 20 questions
36. Isotopic abundance from relative atomic mass 24 questions