. All particles would be perfectly stationary because there is no thermal energy to facilitate motion. Extension Question 2: Changing Moles of Gas
The rms speed is given by:
"Explain why an increase in temperature increases the rate of a reaction, even though only a small percentage of collisions result in a reaction." The area under the curve represents the total
Decoding the Maxwell-Boltzmann Distribution: POGIL Extension Questions Guide For two gases at the same temperature, the
Extension questions often ask to compare areas under the curve. The area under the curve represents the total number of molecules. taller distribution at lower speeds.
These POGIL activities also frequently incorporate the effect of particle mass. The average kinetic energy of gas molecules is solely dependent on temperature. For two gases at the same temperature, the heavier molecules must move slower on average to maintain the same kinetic energy. This means the distribution curve for a heavier gas has a taller, narrower peak at lower speeds compared to a lighter gas.
: Heavier gases have a narrower, taller distribution at lower speeds.
. All particles would be perfectly stationary because there is no thermal energy to facilitate motion. Extension Question 2: Changing Moles of Gas
The rms speed is given by:
"Explain why an increase in temperature increases the rate of a reaction, even though only a small percentage of collisions result in a reaction."
Decoding the Maxwell-Boltzmann Distribution: POGIL Extension Questions Guide
Extension questions often ask to compare areas under the curve. The area under the curve represents the total number of molecules.
These POGIL activities also frequently incorporate the effect of particle mass. The average kinetic energy of gas molecules is solely dependent on temperature. For two gases at the same temperature, the heavier molecules must move slower on average to maintain the same kinetic energy. This means the distribution curve for a heavier gas has a taller, narrower peak at lower speeds compared to a lighter gas.
: Heavier gases have a narrower, taller distribution at lower speeds.
Size
Stroke
High resolution (check to increase visual quality)
Client side interpolation
Client side player rotation
Screen shake
Anonymize player names
Master Volume
SFX Volume
Music Volume
A new version of survev.io is available!
Press "OK" below to reload the page.
Log in to access this feature!