Question

a bubble of methane rises from the bottom of the pacific ocean. as it rises the bubble gets bigger.

Explain using Kinetic particle theory of matter

Answer 1

Answer:

A bubble of Methane Gas Rises from bottom of the north sea. As it rises to the surface, the size of the bubble gets bigger and bigger due to reduction in the pressure of the water surrounding it. Hope

Answer 2

Size of the bubble of methane increases as it rises from the bottom of the pacific ocean. as it rises the bubble gets bigger.

Explanation:

The size of the bubble gets bigger and bigger due to a reduction in the pressure of the water surrounding it

The Kinetic particle theory of matter  :-

• The Kinetic theory of gases is the theory that explains the macroscopic properties of gases.

• for example volume, pressure, temperature, viscosity, thermal conductivity and mass.

• This theory also explains the Brownian movement.

• It gives us the ideas of statistical mechanics.

• According to this theory, Gas consists of small particles.

• Its smallness in size is the sum of individual gas molecules compared to the volume of the container of gas.

• The Number of particles as justified by statistical treatment is very well justified.

• Assumptions are of the thermodynamic limit.

• The collisions are elastic in nature and the molecules are perfectly hard.

• Apart from the collisions, the interactions are considered negligible.

• they do not exert forces on one another.