An air bubble of volume $2.9 ext{ cm}^3$ rises from the bottom of a swimming pool of $5 ext{ m}$ deep. At the bottom of the pool water temperature is $17^\circ ext{C}$. The volume of the bubble when it reaches the surface, where the water temperature is $27^\circ ext{C}$, is ________ cm$^3$. ($g = 10 ext{ m/s}^2$, density of water = $10^3 ext{ kg/m}^3$, and $1 ext{ atm}$ pressure is $10^5 ext{ Pa}$)

Question

An air bubble of volume $2.9 	ext{ cm}^3$ rises from the bottom of a swimming pool of $5 	ext{ m}$ deep. At the bottom of the pool water temperature is $17^\circ 	ext{C}$. The volume of the bubble when it reaches the surface, where the water temperature is $27^\circ 	ext{C}$, is ________ cm$^3$. ($g = 10 	ext{ m/s}^2$, density of water = $10^3 	ext{ kg/m}^3$, and $1 	ext{ atm}$ pressure is $10^5 	ext{ Pa}$)

Accepted Answer

4.5

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