Applet Launcher Applet 1 Applet 2 Applet 3 Applet 4 Applet 5 Applet 6   Rotational Raman Spectroscopy Temperature page 2 of 2     Practical Navigator Introduction The Raman Effect Experimental Techniques 1. Rotational Raman Spectroscopy Interpreting the Spectrum Effect of Bond Length Centrifugal Distortion Intensities of Spectral Lines Nuclear Spin Statistics 2. Real Diatomic Molecules Temperature Spectrum of Nitrogen Isotopic Substitution Nuclear Spin Statistics Predict the Spectrum of Oxygen   Q5.6 From the expression for the intensity of a spectral line, show that the maximum intensity occurs at: Show your working. Q5.7 Plot a suitable graph to find the value of the rotational constant for this homonuclear molecule. Q5.8 Hence calculate the atomic mass and identify the diatomic. Q5.9. What is the nuclear spin of this nucleus? Does the spectrum confirm your answer?     << previous page www.physchem.ox.ac.uk next page >>