1. The problem statement, all variables and given/known data Using ultra-short laser pulses, it is possible to probe the reaction dynamics of many chemical reactions, such as A+BC->(ABC)*->AB+C. This worksheet estimates some of the parameters necessary to do this. (a) If the energy available to each final states species is roughly E~0.1eV, find the typical final velocities of the end products. Assume, for example, a molecule with atomic weight of 40. Show that these velocities are typically of the order v~.01A/fs where 1fs=10^-15s. If reactions cease to occur when the species are more than a few bond lengths away, say 2-4A, estimate the total time for such a chemical reaction in femtoseconds. There are additional parts b-f, but I think if I can get a figured out, I might can manage the rest. 2. Relevant equations I am not sure. The Fourier transform is probably relevant since that is the section indicated on the problem, but it may come up in a later part. 3. The attempt at a solution I really have no idea where to start. If someone could point me in the right direction, I would greatly appreciate it.