No, heavier gas particles diffuse slower than lighter gas particles
The idea is that they tend to be made up of lighter molecules; on average, these move faster (for a given temperature) than heavier (actually, more massive) molecules.
The atomic bonds of gas particles are much weaker than that of liquids, allowing them to diffuse faster
electrons
Gases have no shape; Gases have no volume; are compressible; diffuse rapidly; have low density; and exert pressure.
Hydrogen atoms are lighter and move more rapidly.
The idea is that they tend to be made up of lighter molecules; on average, these move faster (for a given temperature) than heavier (actually, more massive) molecules.
Solid - Particles vibrate and rotate about a fixed position and do not diffuse measurably Liquid - Particles move freely in all directions slowly and diffuse slowly Gas - Particles move freely in all directions rapidly and diffuse rapidly
The atomic bonds of gas particles are much weaker than that of liquids, allowing them to diffuse faster
No. Gaseous diffusion is a function of mass, with lighter molecules diffusing more rapidly. Neon (approximate atomic mass of 20) is considerably lighter than nitrogen dioxide (approximate molecular mass 46).
pumice is volcanic ash and it is vesicular. meaning that it has lots of air bubbles in it making it even lighter. basalt is hardened lava. it was exposed and cooled rapidly.
pumice is volcanic ash and it is vesicular. meaning that it has lots of air bubbles in it making it even lighter. basalt is hardened lava. it was exposed and cooled rapidly.
The atmosphere above 80km (50 mi) and the homosphere where gases are stratified, with concentrations of the heavier gases decreasing more rapidly with altitude than concentrations of the lighter gases
The particles are moving rapidly
Particles spread out and move rapidly due to the increase in temperature. Movement of particles is dependent on temperature...not the other way around.
If the stomata were smaller then CO2 would diffuse into the cell less rapidly.
Yes.
Particles are vibrating rapidly.