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Vibronic Spectroscopy: In the harmonic oscillator approximation, simulate the So-S1 absorption spectrum of a diatomic. The simulation should convey both the energies of the transitions, as well as the relative intensities (think about Franck-Condon factors). Input must include the force constants in the ground and excited states (remember this determines the steepness of the wells, as well as the vibrational energy separation in each state) and re, the internuclear bond distance, within each state. The shift in relative re will determine the Franck-Condon factors of each transition (think about how to compute constructive interference of two vibrational wavefunctions that may be shifted with respect to on another).
Output the simulated absorption spectrum on the GUI.
calculate stress intensity factor
design
A 2 Kg mass is suspended in a box by a spring as shown in figure. The box is put on a platform having vibration y = 0.8 sin 6t cm. calculate absolute amplitude of mass
Creating 3-d solid models Two basic approaches to create solid models are : (i) Constructive solid geometry (CSG or c-rep), and (ii) Boundary representation (b-rep).
Determine strap beam with suitable demonstration. Here observe that R e becomes greater than P e by a magnitude of V while R i becomes less than P i by a magnitude equal to
Magnitude of a couple: So l.: For system, magnitude of couple is equal to algebraic sum of the moment about any point If the system reduces to couple, the resultant forc
how do we solve circuits using the mesh current method
Risks associated with identified hazards can be reduced to a reasonable level through the application of good design principles that are focused on integrating safety into the over
What the necessary condition for a heat transfer process to occur?
explain laws and thermodynamics
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