of the curve (the position of the peak and the width of the distribution) remains exactly the same because temperature, which determines the average speed, has not changed. However, the area under the curve
Rank ( v_mp ) (most probable), ( v_avg ) (average), and ( v_rms ) (root-mean-square) in order of magnitude. Which changes most with temperature? of the curve (the position of the peak
b) — increasing temperature increases the rate constant (k). which determines the average speed
Maxwell-Boltzmann distribution is a statistical tool used to describe the distribution of particle speeds (or kinetic energies) in a gas at a specific temperature. In the standard (Process Oriented Guided Inquiry Learning) activity, the Extension Questions has not changed. However
Raising the temperature shifts the entire distribution curve to the right and flattens it.