SP 1 The diameter in fig are 90 cm and 60 cm, at the larger end the pressure is 9.81 kpa, neglecting friction. Find the force exerted by water on the conical reduced if water flow at a rate 0.7 m/s....

i need the answer quickly SP 1 The diameter in fig are 90 cm and 60 cm, at the larger end the pressure is 9.81 kpa, neglecting friction. Find the force exerted by water on the conical reduced if water flow at a rate 0.7 m/s. Solution 9.81 kpa Fx Felw C.V Fz di = 60 cm F-B-D of lignid dz=90cm

SP 1<br>The diameter in fig are 90 cm and 60 cm, at the larger end the pressure is 9.81 kpa, neglecting friction.<br>Find the force exerted by water on the conical reduced if water flow at a rate 0.7 m/s.<br>Solution<br>9.81 kpa<br>Fx<br>Felw<br>C.V<br>Fz<br>di = 60 cm<br>F-B-D of lignid<br>dz=90cm<br>

Extracted text: SP 1 The diameter in fig are 90 cm and 60 cm, at the larger end the pressure is 9.81 kpa, neglecting friction. Find the force exerted by water on the conical reduced if water flow at a rate 0.7 m/s. Solution 9.81 kpa Fx Felw C.V Fz di = 60 cm F-B-D of lignid dz=90cm

Jun 09, 2022

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SP 1 The diameter in fig are 90 cm and 60 cm, at the larger end the pressure is 9.81 kpa, neglecting friction. Find the force exerted by water on the conical reduced if water flow at a rate 0.7 m/s....

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