L V2hg,strekli= f •5°2g+ z, + hpompa.f2gv?P2+zz + hearbin,s + hg,toplamp.V.DRe =Pgpg1.11|6.9-1.8 logRehx.yerel =EKsWmilhx,toplam= hx,sarekli + hx.yeret3.72gПротраwỷ/2ENPY = gNspH =-(wr,V2t – wr,V14) ý= 2nr,b,V,m = 2trzb2V2.n2g/ pompa girişi(gH)³/4PgWmil.B PB (WBWmla PAWB (DR(D'WAFrom the experiments performed on the pump(pump A) in a laboratory, the following values at thebest efficiency point were obtained;cm³kgDA 3D 15 ст, НА 3 240 ст, Va%3D 1500PA = 998Na = 1800 rev / minute and ve NApompa = 0,91ст3HB610 ст, Рвkg998m3ve Vp= 4100'%3DIt would be desirable to design a new pump (pump B)with values. Accordingly, which of the following is therevolution number of the new pump?2051 rev / minute2512 rev / minute2196 rev / minute2378rev / minute1969rev / minute

It is the most common parameter , to compare a prototype and model It is defined as the speed at…

From the experiments performed on the pump (pump A) in a laboratory, the following values at the best efficiency point were obtained; ст" DA 3D 15 ст, НА 3D 240 ст, V3D 1500 PA = 998 kg na = 1800 rev / minute and ve napompa = 0,91 kg cm3 На 3D 610 ст, Рв It would be desirable to design a new pump (pump B) with values. Accordingly, which of the following is the revolution number of the new pump? 998 ve Vg= 4100

From the experiments performed on the pump (pump A) in a laboratory, the following values at the best efficiency point were obtained; ст" DA 3D 15 ст, НА 3D 240 ст, V3D 1500 PA = 998 kg na = 1800 rev / minute and ve napompa = 0,91 kg cm3 На 3D 610 ст, Рв It would be desirable to design a new pump (pump B) with values. Accordingly, which of the following is the revolution number of the new pump? 998 ve Vg= 4100

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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