Packet 4: Tossup 4

Energetic excitation due to these events represents the first step of a process (-5[1])described by Lindemann-Hinshelwood theory. (15[2])Terms representing force, diffusion, and these events (15[1])are (15[1])equated to the evolution of a system's distribution function in the Boltzmann (15[1])equation. (15[3])The steric (15[1])factor multiplies (15[1])the frequency (15[2])of one of these events (15[3])to define the (15[1])pre-exponential (15[3])factor. (15[2]-5[1])(*) Successful (10[1])occurrences of these (10[1])events (10[1])must occur (-5[1])with sufficient energy and (10[1])proper orientation. (10[3]-5[1])In KMT, (10[2]-5[1])the frequency (10[1])and intensity (10[1])of these events delineate pressure. For 10 points, “elastic” (10[1]-5[1])types of (10[1])what (10[1])events (10[2])occur (10[2])when an (10[1])ideal gas (10[2])molecule bounces off a container? (10[1])■END■ (10[2])

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