Water flows through a triangular weir into a lower tank that has a 6.25-cm hole at...

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Water flows through a triangular weir into a lower tank that has a 6.25-cm hole at the bottom. The level of the water in the upper tank is 0.15 m. If the flow rate at the weir equals to the rate of the hole, determine the height of the water in the lower tank (h). Given that the discharge coefficients of the weir and the hole is 0.59 and 0.61 respectively. Çan (2.10 m) A 0.59 น้ำ Fre IF 0.15 m 6.25 cm -0.61 Water flows through a triangular weir into a lower tank that has a 6.25-cm hole at the bottom. The level of the water in the upper tank is 0.15 m. If the flow rate at the weir equals to the rate of the hole, determine the height of the water in the lower tank (h). Given that the discharge coefficients of the weir and the hole is 0.59 and 0.61 respectively. Çan (2.10 m) A 0.59 น้ำ Fre IF 0.15 m 6.25 cm -0.61

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The weir discharge equation is Q CwL2gH32 Given Cw 059 L 21 m length of weir H 01... View the full answer