Maxwell Boltzmann Distribution Pogil Answer Key Extension Questions May 2026

No, the shape does not change.

Use this guide to facilitate discussion, not just to provide answers. The power of POGIL is in the argument—let the students defend why the tail matters more than the peak. No, the shape does not change

The difference is small (only ~0.4% per step), yet uranium enrichment works. This is because the extension question highlights repetitive separation . After thousands of stages, the tiny M-B difference in the tail of the distribution allows significant enrichment. The difference is small (only ~0

At the same (T), ( \frac12 m v^2 ) is constant on average. Heavier molecules ((^238\textUF_6)) have a lower most probable speed. The two curves overlap significantly but are shifted. At the same (T), ( \frac12 m v^2 ) is constant on average

"The M-B curves for isotopes are nearly identical because mass difference is small relative to absolute mass. However, the effusion rate depends on the inverse square root of mass. Over many stages, this tiny difference in the distribution's average velocity accumulates into measurable separation." Part 6: Common Extension Question 5 – The Effect of a Vacuum Question: The M-B distribution assumes molecules are independent (ideal gas). If you remove half the molecules (create a vacuum), does the distribution shape change? Why or why not? Answer Key Reasoning This is a trick question to test if students confuse distribution with total number .