Water enters into a cone of height H and base radius R through a small hole of cross-sectional area Ah and the discharge coefficient is Cd at the base with a constant uniform velocity of V. Obtain a relation for the variation of water height h from the cone base with time. Air escapes the cone through the tip at the top as water enters the cone from the bottom.
Water enters into a cone of height H and base radius R through a small hole of cross-sectional area Ah and the discharge coefficient is Cd at the base with a constant uniform velocity of V. Obtain a relation for the variation of water height h from the cone base with time. Air escapes the cone through the tip at the top as water enters the cone from the bottom.
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Water enters into a cone of height H and base radius R through a small hole of cross-sectional area Ah and the discharge coefficient is Cd at the base with a constant uniform velocity of V. Obtain a relation for the variation of water height h from the cone base with time. Air escapes the cone through the tip at the top as water enters the cone from the bottom.
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