Ex. 8. Calculate a manometer readingh if density of oil po = 800 kg/m³, den-sity of water Pw 1000 kg/m³ anddensity of mercury Pm = 13600 kg/m³,h₁ = 8m h₂ = 4m, h3 = 2m.(Ans. h = 0.45 m)=h₂oilwaterairh₂h₂hmercury

Givenρo=800 kg/m3ρω=1000 kg/m3ρm=13600 kg/m3h1=8mh2=4mh3=2m

Ex. 8. Calculate a manometer reading 800 kg/m³, den- 1000 kg/m³ and 13600 kg/m³, h if density of oil po sity of water pw density of mercury Pm h₁ (Ans. h = 0.45 m) = = = 8m h₂ = 4m, h3 = 2m. h. oil water h₂ mercury

Ex. 8. Calculate a manometer reading 800 kg/m³, den- 1000 kg/m³ and 13600 kg/m³, h if density of oil po sity of water pw density of mercury Pm h₁ (Ans. h = 0.45 m) = = = 8m h₂ = 4m, h3 = 2m. h. oil water h₂ mercury

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Chapter5: Analysis Of Convection Heat Transfer

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Question

Ex. 8. Calculate a manometer reading
h if density of oil po = 800 kg/m³, den-
sity of water Pw 1000 kg/m³ and
density of mercury Pm = 13600 kg/m³,
h₁ = 8m h₂ = 4m, h3 = 2m.
(Ans. h = 0.45 m)
=
h₂
oil
water
air
h₂
h₂
h
mercury

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