Q.2.A.The closed tank in figure is at (20°c) (specific weight of air =0.0118 kN/m³). If the pressure at point (A) is (98kPa) absolute, what is the absolute pressure at point (B)?IT3mAirD5mAir73mWaterB. Consider the following steady, two dimensional velocity field:V=(u,v)= (0.5 +1.2x)i + (-2-1.2y) j, Is there a stagnation point in this flow field? If so, where is it?u

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Q.2.A.The closed tank in figure is at (20°c) (specific weight of air =0.0118 kN/m³). If the pressure at point (A) is (98 kPa) absolute, what is the absolute pressure at point (B)? IT 3m Air D 5m Air 3m Water 1 B. Consider the following steady, two dimensional velocity field: V=(u,v)= (0.5 +1.2x)i + (-2-1.2y) j, Is there a stagnation point in this flow field? If so, where is it? C

Q.2.A.The closed tank in figure is at (20°c) (specific weight of air =0.0118 kN/m³). If the pressure at point (A) is (98 kPa) absolute, what is the absolute pressure at point (B)? IT 3m Air D 5m Air 3m Water 1 B. Consider the following steady, two dimensional velocity field: V=(u,v)= (0.5 +1.2x)i + (-2-1.2y) j, Is there a stagnation point in this flow field? If so, where is it? C

Principles of Foundation Engineering (MindTap Course List)

8th Edition

ISBN:9781305081550

Author:Braja M. Das

Publisher:Braja M. Das

Chapter14: Sheet-pile Walls

Section: Chapter Questions

Problem 14.5P

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