B: Answer with True (T) or False (F). 1- Manometer and Piezometer used for determine large discharge at any point. 2- Gage pressure at any point larger than Absolute pressure. 3- Non-Uniform Steady State flow when dQ = 0 and d0 # 0. dt ds 4- Laminar flow when Viscosity Force larger than Initial Force. v2 5- Hydraulic Grade Line for ideal fluid = +Z+ 2g 6- At Nozzle pressure=0. 7- Stagnation point mean pressure=0. 8- If D1 > D2 - Q1 < Q2. 9- Negative sign (-) for horizontal acceleration pressure is decrease. 10- Transition flow when 20000 < Re < 40000.

Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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B: Answer with True (T) or False (F).
1- Manometer and Piezometer used for determine large discharge at any point.
2- Gage pressure at any point larger than Absolute pressure.
3- Non-Uniform Steady State flow when
= 0 and
ds
# 0.
dt
4- Laminar flow when Viscosity Force larger than Initial Force.
5- Hydraulic Grade Line for ideal fluid :
v?
+ Z +
2g
6- At Nozzle pressure=D0.
7- Stagnation point mean pressure=0.
- Q1 < Q2.
8- If D1 > D2
9- Negative sign (-) for horizontal acceleration pressure is decrease.
10-Transition flow when 20000 < Re < 40000.
Transcribed Image Text:B: Answer with True (T) or False (F). 1- Manometer and Piezometer used for determine large discharge at any point. 2- Gage pressure at any point larger than Absolute pressure. 3- Non-Uniform Steady State flow when = 0 and ds # 0. dt 4- Laminar flow when Viscosity Force larger than Initial Force. 5- Hydraulic Grade Line for ideal fluid : v? + Z + 2g 6- At Nozzle pressure=D0. 7- Stagnation point mean pressure=0. - Q1 < Q2. 8- If D1 > D2 9- Negative sign (-) for horizontal acceleration pressure is decrease. 10-Transition flow when 20000 < Re < 40000.
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