# how is pressure exerted by a gas

The pressure exerted by the gas is due to the continuous collision of the molecules against the walls of the container. Due to this continuous collision, the walls experience a continuous force which is equal to the total momentum imparted to the walls per second. ## How is pressure exerted by liquid and gases?

Like solids, liquids and gases also exert pressure. Liquids and gases exert pressure on the walls of the container in which it is kept.

## How does a gas exert pressure class 11?

The pressure exerted by the gas is because particles of gas hit the walls of the containers.

## How does the pressure exerted by a liquid?

The pressure exerted by a liquid increases with depth. This is due to an increase in hydrostatic pressure, the force per unit area exerted by a liquid on an object. As you go deeper, the area of liquid exerting pressure increase thus it also increases the pressure.

## How is pressure exerted by liquids and gases Class 8?

Liquids and gases exert pressure in all directions. The pressure inside them increases with depth. Liquid and gas can also exert pressure on the inner walls of the container in which they are kept.

## How does a gas exert pressure Class 11 physics?

Answer:- The random motion of particles in a gas causes the pressure it exerts. Gases have weak intermolecular interactions, and the particles are in a constant state of random motion, colliding with the container’s walls. These encounters with the container’s walls put pressure on the gas.

## Why does a gas exert pressure answer?

In gaseous state, the particles move randomly. So, sometimes they hit each other and the walls of the container. The pressure exerted by the gas is because of the force exerted by the gas particles on the walls of the container.

## Why does a gas exert pressure ?`?

The pressure exerted by the gas is because particles of gas hit the walls of the containers.

## What is gas pressure class 11?

As the gas molecules collide with the walls, they exert a force perpendicular to the walls. The sum of all such forces divided by the surface area of the container walls is called the Gas Pressure. The gas pressure is a measure of the average linear momentum of the gas molecules.