Which of the equations governs the linearized incompressible flow ove – McqOptions

MCQOPTIONS

1.	Which of the equations governs the linearized incompressible flow over an airfoil at subsonic velocity using transformed coordinate system?
A.	Laplace’s equation
B.	Euler’s equation
C.	Navier – Stokes equation
D.	Cauchy’s equation
Answer» B. Euler’s equation

Discussion

No Comment Found

Related MCQs

Up to which Mach number is Prandtl – Glauert rule applicable for subsonic flow?
For a subsonic flow, how does the coefficient of pressure vary with increasing Mach number?
Linearized theory is applicable for transonic regions as well.
What does the Prandtl – Glauert rule relate?
The shape of the airfoil in both (x, y) and transformed (ξ, η) space are different.
Which of the equations governs the linearized incompressible flow over an airfoil at subsonic velocity using transformed coordinate system?
Which of these is the linearized perturbation velocity potential equation over a thin airfoil in a subsonic compressible flow?
What is the surface boundary condition for a thin airfoil at a subsonic flow? (Where shape of the airfoil is represented as y = f(x))