What is the relationship between the mass of a gas particle and the rate at which it diffuses through another gas?
The larger the particle, the faster it diffuses
The more numerous the molecules, the faster they diffuse
The larger the particle, the slower it diffuses
There is no relationship

Question

What is the relationship between the mass of a gas particle and the rate at which it diffuses through another gas?
The larger the particle, the faster it diffuses
The more numerous the molecules, the faster they diffuse
The larger the particle, the slower it diffuses
There is no relationship

Toppr Admin · Accepted Answer

A heavy particle has a lower velocity for a given kinetic energy or temperature- A large particle interact more with its environment which slows it down- Thus- heavy large particles diffuse more slowly than light or small ones-

What is the relationship between the mass of a gas particle and the rate at which it diffuses through another gas? The larger the particle, the faster it diffusesThe more numerous the molecules, the faster they diffuseThe larger the particle, the slower it diffusesThere is no relationship

A heavy particle has a lower velocity for a given kinetic energy or temperature. A large particle interact more with its environment which slows it down. Thus, heavy large particles diffuse more slowly than light or small ones.

What is the relationship between the mass of a gas particle and the rate at which it diffuses through another gas?
The larger the particle, the faster it diffuses
The more numerous the molecules, the faster they diffuse
The larger the particle, the slower it diffuses
There is no relationship