An open ended can 0 2 m tall is originally full of air at 2 0 C It is now immersed in water upside down, such that its top ( now its bottom ) is 1 0 m below the water surface The can is 0 2 m in height What is the density ( k g m 3 ) of the air in the submerged can Assuming the air stays at 2 0 C , how high will the water rise in the can

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An open - ended can 0 . 2 m tall is originally full of air at 2 0 C . It is now immersed in

An open

-

ended can

0.2 m

tall is originally full of air at

20 C .

It is now immersed in water upside down, such that its top

(

now its bottom

)

10 m

below the water surface.

The can is

0.2 m

in height. What is the density

(\frac{k g}{m 3})

of the air in the submerged can? Assuming the air stays at

20 C,

how high will the water rise in the can?

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To find the density of the air in the submerged can we can use the hydrostatic pressure formula P gh ... blur-text-image

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