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Water is discharged from reservoir (1) to reservoirs (2) * and (3) Knowing that Qv2 = 3/4 QV3 and that Qv1 = 14L(liters)/s, determine  a) The time required to fill completely the reservoirs (2 ) and (3)  b) Determine the diameters of the pipes (2)  and (3) knowing that the outlet velocity is v2 = 2m/s and v3 =2.5m/s  2.5m/sec.  Given: p = 1000 kg/m³.  Answer a) (T2 = 1666.67 s.; T3 = 2500 s.; b) D2=0.0618 m;  D3= 0.0638 m).

Water is discharged from reservoir (1) to reservoirs (2) * and (3) Knowing that Qv2 = 3/4 QV3 and that Qv1 = 14L(liters)/s, determine  a) The time required to fill completely the reservoirs (2 ) and (3)  b) Determine the diameters of the pipes (2)  and (3) knowing that the outlet velocity is v2 = 2m/s and v3 =2.5m/s  2.5m/sec.  Given: p = 1000 kg/m³.  Answer a) (T2 = 1666.67 s.; T3 = 2500 s.; b) D2=0.0618 m;  D3= 0.0638 m).

Elements Of Electromagnetics
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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Water is discharged from reservoir (1) to reservoirs (2) * and (3) Knowing that Qv2 = 3/4 QV3 and that Qv1 = 14L(liters)/s, determine

 a) The time required to fill completely the reservoirs (2 ) and (3)

 b) Determine the diameters of the pipes (2)  and (3) knowing that the outlet velocity is v2 = 2m/s and v3 =2.5m/s

 2.5m/sec.  Given: p = 1000 kg/m³.  Answer a) (T2 = 1666.67 s.; T3 = 2500 s.;

b) D2=0.0618 m;  D3= 0.0638 m).

(1) V₂-10m³ (3) V₂=20m³
Transcribed Image Text:(1) V₂-10m³ (3) V₂=20m³
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