Physics, asked by jissmol, 1 year ago

we are not crushed by atmospheric pressure

Answers

Answered by anjaliom1122
2

Answer:

We are not crushed by atmospheric pressure because the pressure inside our bodies equals the atmospheric pressure and balances out the pressure coming from the outside, we are not crushed by the weight of the air.

Explanation:

The pressure inside the human body is equal to the atmospheric pressure, we are not suffocated by it when it is high. We experience pressure from the atmosphere. Atmospheric pressure is the name given to the force. We are not crushed because the body's internal pressure is balanced by the influence of air pressure due to the circulating blood and bodily fluids. Because the pressure inside our bodies equals the atmospheric pressure and balances out the pressure coming from the outside, we are not crushed by the weight of the air. Blood flow and other bodily fluids inside the body provide pressure that balances the effects of atmospheric pressure. We are not crushed because the pressure inside our bodies balances the pressure in the atmosphere.

• Atmospheric pressure: The pressure that the weight of the air in Earth's atmosphere exerts is known as atmospheric pressure (or that of another planet).

• All gases in the atmosphere put pressure on the planet, other objects on the earth, and even people.

• Because the pressure inside our bodies is equal to the atmospheric pressure and cancels out the pressure from the outside, we are not crushed by the weight of the atmosphere.

Answered by pranavkumar4687
1

Explanation:

The reason we are not crushed under the weight of the air is, that the pressure inside our body is equal to the atmospheric pressure and cancels the pressure being exerted from outside

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