Here’s a summary of the key concepts and how to answer common extension-type questions:
): Slightly to the right of the peak due to the curve’s "long tail." The speed associated with the average kinetic energy ( Pro-Tip: If the question asks why Vrmscap V sub r m s end-sub is higher than Vmpcap V sub m p end-sub Here’s a summary of the key concepts and
"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." How does the M-B distribution change in the
A catalyst increases the reaction rate without changing temperature. How does the M-B distribution change in the presence of a catalyst? How does this differ from raising the temperature? On a distribution graph, Eacap E sub a
In a chemical reaction, only particles with energy equal to or greater than the activation energy ( Eacap E sub a ) can react. On a distribution graph, Eacap E sub a