A cylindrical vessel open at the top is 20 cm high and 10 cm in diameter. A circular hole whose cross-sectional is area 1 cm2 is cut at the centre of the bottom of the vessel. Water flows from a tube above it into the vessel at the rate 100 cm3s−1. The height of water (in cm) in the vessel under steady state is (Take g = 1000 cm s−2)

A cylindrical vessel open at the top is 20 cm high and 10 cm in diamet

1.	A cylindrical vessel open at the top is 20 cm high and 10 cm in diameter. A circular hole whose cross-sectional is area 1 cm2 is cut at the centre of the bottom of the vessel. Water flows from a tube above it into the vessel at the rate 100 cm3s−1. The height of water (in cm) in the vessel under steady state is (Take g = 1000 cm s−2)
Answer» A cylindrical vessel open at the top is $20 c m$ high and $10 c m$ in diameter. A circular hole whose cross-sectional is area $1 {cm}^{2}$ is cut at the centre of the bottom of the vessel. Water flows from a tube above it into the vessel at the rate $100 {cm}^{3} s^{- 1}$ . The height of water (in $c m$ ) in the vessel under steady state is (Take ${g = 1000 cm s}^{- 2})$

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