The rate of diffusion of a gas is inversely related to the molecular weight of that gas. The lighter the gas, the faster it diffuses. Hydrogen is the lightest of all gases having a molecular weight of only 2. Thus it diffuses faster than all others.
Yes, hydrogen diffuses faster than methane. The hydrogen molecule, H2, is the smallest of all molecules and it is considerably smaller than the methane molecule, CH4. Smaller molecules move faster, and therefore diffuse faster, at any given temperature, than larger molecules.
Ammonia gas diffuses faster than hydrogen chloride gas due to its lower molar mass and higher diffusion coefficient. The lighter ammonia molecules move quicker and spread out faster than the heavier hydrogen chloride molecules in a given amount of time.
Hydrogen atoms are smaller and lighter than oxygen and carbon atoms, making them move faster and diffuse more quickly. Additionally, hydrogen gas molecules exhibit greater kinetic energy and collisions with other molecules, which contributes to their faster diffusion rate compared to oxygen and carbon.
the ink diffuses faster than water because the ink has very small particles in it and it occupies space in between the molecules of water but honey is more denser than water and its Viscosity is more than water.thats why ink diffuses faster than ink
CO diffuses faster than CO2 because it is a smaller molecule
Yes, hydrogen diffuses faster than methane. The hydrogen molecule, H2, is the smallest of all molecules and it is considerably smaller than the methane molecule, CH4. Smaller molecules move faster, and therefore diffuse faster, at any given temperature, than larger molecules.
Ammonia gas diffuses faster than hydrogen chloride gas due to its lower molar mass and higher diffusion coefficient. The lighter ammonia molecules move quicker and spread out faster than the heavier hydrogen chloride molecules in a given amount of time.
Hydrogen atoms are smaller and lighter than oxygen and carbon atoms, making them move faster and diffuse more quickly. Additionally, hydrogen gas molecules exhibit greater kinetic energy and collisions with other molecules, which contributes to their faster diffusion rate compared to oxygen and carbon.
The rate of diffusion of a gas is inversely related to the molecular weight of that gas. The lighter the gas, the faster it diffuses. Hydrogen is the lightest of all gases having a molecular weight of only 2. Thus it diffuses faster than all others.
the ink diffuses faster than water because the ink has very small particles in it and it occupies space in between the molecules of water but honey is more denser than water and its Viscosity is more than water.thats why ink diffuses faster than ink
CO diffuses faster than CO2 because it is a smaller molecule
CO2 diffuses faster than O2 because it has a lower molecular weight and smaller size, allowing it to move more quickly through a medium. The exact difference in diffusion rate can vary depending on the conditions, but in general, CO2 diffuses about 20% faster than O2.
Ammonia gas diffuses faster than hydrogen chloride gas because ammonia molecules are smaller and lighter, leading to higher average speeds and quicker diffusion rates. Additionally, ammonia molecules have fewer intermolecular forces compared to hydrogen chloride molecules, allowing them to move more freely and diffuse faster.
Oxygen gas diffuses faster than air because oxygen molecules are smaller and lighter than the molecules of air, which is mostly composed of nitrogen and oxygen. This allows oxygen molecules to move more quickly through a medium, such as air or other gases.
Helium diffuses twice faster as Methane does.
Hydrogen has a smaller atomic size and lower atomic mass compared to helium, allowing it to move faster and diffuse more rapidly. Additionally, hydrogen has a higher kinetic energy at a given temperature, which also contributes to its increased diffusion rate.
Hydrogen and chlorine can be separated by passing them through a porous pot because hydrogen molecules are smaller and can diffuse faster through the pores of the pot compared to chlorine molecules. As a result, hydrogen will pass through the pot more rapidly, allowing for the separation of the two gases.