Air is flowing parallel to the plate at U∞=5 m/s and T∞=300 K over the flat plate of length L=0.1 m and depth of 1 m into the paper, at the atmospheric pressure at the same temperature as the plate. Find; a) Boundary layer thickness at the point x = L of the plate b) Find the total resistance force acting on the two surfaces of the plate. c) The velocities in the hydrodynamic boundary layer are measured by a hot wire anomemeter. The velocity at x=0.1 m on the x component is measured as u=3 m/s. Find the distance from the plate and the y component of velocity v
Air is flowing parallel to the plate at U∞=5 m/s and T∞=300 K over the flat plate of length L=0.1 m and depth of 1 m into the paper, at the atmospheric pressure at the same temperature as the plate. Find; a) Boundary layer thickness at the point x = L of the plate b) Find the total resistance force acting on the two surfaces of the plate. c) The velocities in the hydrodynamic boundary layer are measured by a hot wire anomemeter. The velocity at x=0.1 m on the x component is measured as u=3 m/s. Find the distance from the plate and the y component of velocity v
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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Air is flowing parallel to the plate at U∞=5 m/s and T∞=300 K over the flat plate of length L=0.1 m and
depth of 1 m into the paper, at the atmospheric pressure at the same temperature as the plate. Find;
a) Boundary layer thickness at the point x = L of the plate
b) Find the total resistance force acting on the two surfaces of the plate.
c) The velocities in the hydrodynamic boundary layer are measured by a hot wire anomemeter. The
velocity at x=0.1 m on the x component is measured as u=3 m/s. Find the distance from the plate and the
y component of velocity v.
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