Q2) Pelton wheelA) Power produced by a Pelton wheel is (596.8*10'Watt) under a head of (150 m) with wheel rotatingspeed equal to (360 r.p.m), the efficiency overall is (85%) and assumption of velocity coefficient is(0.985), velocity ratio is (0.46). Find1- Diameter of the wheel2- Diameter of the jet3- DischargeB) A Pelton wheel having velocity of flow equal to (65m/s) and linear velocity is (25m/s). If the anglebetween linear velocity, and absolute relative velocity at exit 20°, Friction coefficient blade is (0.9) andvolume flow rate is (0.9 m'/s). Determine1- Production Power in (kWatt)2- Effeciency of HydraulicHint: vou must plot velocity triange to solve the problem

Given that velocity ratio=0.46 , head=150 m , power produced=596.8 KW , N=360 rpm=6 rps ; overall…

Q2) Pelton wheel A) Power produced by a Pelton wheel is (596.8 10'Watt) under a head of (150 m) with wheel rotating speed equal to (360 r.p.m), the efficiency overall is (85%) and assumption of velocity coefficient is (0.985), velocity ratio is (0.46). Find 1- Diameter of the wheel 2- Diameter of the jet 3- Discharge

Q2) Pelton wheel A) Power produced by a Pelton wheel is (596.8 10'Watt) under a head of (150 m) with wheel rotating speed equal to (360 r.p.m), the efficiency overall is (85%) and assumption of velocity coefficient is (0.985), velocity ratio is (0.46). Find 1- Diameter of the wheel 2- Diameter of the jet 3- Discharge

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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