a) A fluid with mass of (2.5+Jhalil)gm for volume of (3)cm³ . Calculate the mass density in (Kg/m), (slug/ft) and weight density in (Ib/ft) and relative density of the fluid. b)Estimate the exit velocity of water from the shower head. The shower head contains 80 holes of (0.1)cm diameter. d= 1.5 cm ,d = 2 cm (1) V2-0.25m/s +Jalnaillx5 V1-1m/s +Jualill

Elements Of Electromagnetics
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Author:Sadiku, Matthew N. O.
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a) A fluid with mass of (2,5+JM1)%m for volume of (3)cm’” . Calculate the mass density in (Kg/m’), (slug/ft’) and weight density in (Ib/ft’) and relative density of the fluid. b)Estimate the exit velocity of water from the shower head. The shower head contains 80 holes of (0.1)cm diameter. 3) d=15cm / (2) -— -~ () V2=0.25m/s +Juldlix5 Vi=1m/s +Juliix5
a) A fluid with mass of (2.5+Jlil)gm for volume of (3)cm. Calculate
the mass density in (Kg/m'), (slug/ft') and weight density in (Ib/ft) and
relative density of the fluid,
b)Estimate the exit velocity of water from the shower head. The shower
head contains 80 holes of (0.1)cm diameter.
d= 1.5 cm
,d = 2 cm
(1)
V2-0.25m/s +Jakaillx5
V1-1m/s +Jaail x5
Transcribed Image Text:a) A fluid with mass of (2.5+Jlil)gm for volume of (3)cm. Calculate the mass density in (Kg/m'), (slug/ft') and weight density in (Ib/ft) and relative density of the fluid, b)Estimate the exit velocity of water from the shower head. The shower head contains 80 holes of (0.1)cm diameter. d= 1.5 cm ,d = 2 cm (1) V2-0.25m/s +Jakaillx5 V1-1m/s +Jaail x5
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