We are not crushed under the weight of the air because the pressure inside our body is the atmospheric pressure.

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equal to

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Solution

The correct option is C equal to
The pressure inside our body is almost equal to the atmospheric pressure around us. That is, the atmospheric pressure exerted by the air outside the body is balanced by the internal pressure of our body. Hence, our body does not get crushed.

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Similar questions

The reason we are not crushed under the weight of air is that the pressure inside our body is equal to the atmospheric pressure.

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

Q. Why we are not crushed under the weight of atmospheric pressure ?

Q. Why do we not get crushed under the atmospheric pressure?

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We are not crushed under the weight of the air because the pressure inside our body is the atmospheric pressure.

The correct option is C equal toThe pressure inside our body is almost equal to the atmospheric pressure around us. That is, the atmospheric pressure exerted by the air outside the body is balanced by the internal pressure of our body. Hence, our body does not get crushed.

The correct option is C equal to
The pressure inside our body is almost equal to the atmospheric pressure around us. That is, the atmospheric pressure exerted by the air outside the body is balanced by the internal pressure of our body. Hence, our body does not get crushed.