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

True

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False

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Solution

The correct option is A
True

The atmosphere applies pressure on us. That pressure is called atmospheric pressure. Inside the body, the flowing blood and body fluids create a pressure which counters the effect of atmospheric pressure and thus, we are not crushed.

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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 outside.

The correct option is A True The atmosphere applies pressure on us. That pressure is called atmospheric pressure. Inside the body, the flowing blood and body fluids create a pressure which counters the effect of atmospheric pressure and thus, we are not crushed.

The correct option is A
True

The atmosphere applies pressure on us. That pressure is called atmospheric pressure. Inside the body, the flowing blood and body fluids create a pressure which counters the effect of atmospheric pressure and thus, we are not crushed.