Question
4. In a two-dimensional flow, when the flow velocity is given by the following equation, find...
4. In a two-dimensional flow, when the flow velocity is given by
the following equation, find the streamline equation of this
flow.
u=kx, v=-ky with explaination please
Homework Answers
Answer #1
Not the answer you're looking for?
Similar Questions
4. In a two-dimensional flow, when the flow velocity is given by the following equation, find...
4. In a two-dimensional flow, when the flow velocity is given by
the following equation, find the streamline equation of this flow.
Explain the solution to a highschool level student
u=kx, v=-ky
A two-dimensional unsteady flow has the velocity components given by u = x / (1 +...
A two-dimensional unsteady flow has the velocity components
given by u = x / (1 + t) and v = y / (1 + 2t)
Find the equation of the streamlines of this flow which pass
through the point (xo, yo) at time t = 0.
Given the steady, two-dimensional velocity field and the derived equation of the streamline, recreate the streamlines...
Given the steady, two-dimensional velocity field and the derived
equation of the streamline, recreate the streamlines shown in the
plot using MATLAB. (Submit the plot and M-file script.)
V = ui+vj = (0.5+0.8x)i+ (1.5−0.8y)j m/s
y = 1.875+ ((c)/(0.8(0.5+0.8x)))
Analysis: The MATLAB commands plot and quiver may be useful.
Change the constant c to create a new streamline.
Please use Matlab
A flow in the x – y plane is given by the following velocity field: u=5...
A flow in the x – y plane is given by the following velocity
field:
u=5 and v=10m m/s 0<t<20s
and u=-5 and v=0 m/s 20<t<40s
Paint is released at the starting point. (x,y,t)=(0,0,0)
(A) For two particles released from one at t=0 s and the other
at t=20 s, road lines at t = 30 draw for.
(B) Draw flow lines at t=10 s and t=30 s on the same graph.
A steady, two-dimensional velocity field is given by V with rightwards arrow on top=(u,v)=(3.69-0.7x)i with rightwards...
A steady, two-dimensional velocity field is given by V with
rightwards arrow on top=(u,v)=(3.69-0.7x)i with rightwards arrow on
top+(2.16+3.06y)j with rightwards arrow on top where the x- and
y-coordinates are in meters and the magnitude of velocity is in
m/s. The volumetric strain rate in s−1 is
A bird is flying in a room with a velocity field of (u,
v, w)=0.58x+0.22t–1.22 (m/s).
The room is heated by a heat pump so that the temperature
distribution at steady state is...
The state of a particle is completely described by its wave function Ψ(?,?) One-dimensional Schrodinger Equation--...
The state of a particle is completely described by its
wave function Ψ(?,?) One-dimensional Schrodinger Equation-- answer
the following questions:
2) Show that when U(x) = 0, and , is a solution to the
one-?=2??/ℏΨ=?sin??dimensional Schrodinger equation.
3) Show that when U(x) = 0, and , is a solution to the
one-?=2??/ℏΨ=?cos??dimensional Schrodinger equation.
4) Show that where A and B are constants is a solution
to the Ψ=??+?Schrodinger equation when U(x) = 0, and when E =
0.
The velocity field for a fluid, at two different times, is defined by the following equations...
The velocity field for a fluid, at two different times, is
defined by the following equations (where u and v are the x- and
y-components of the velocity vector): For time 0 s to 5 s; u = 1
m/s and v = 0 m/s For time 5 s to 10 s; u = 0.5 m/s and v = 0.75
m/s Plot the pathline for a particle from the time it is released
in the flow (0 seconds) to 10...
1.)The velocity field of a flow is given by V=a(x2-y2)i-2axyj (a) Determine the convective acceleration in...
1.)The velocity field of a flow is given by
V=a(x2-y2)i-2axyj
(a) Determine the convective acceleration in the y
direction.
(b) Check if continuity equation is satisfied.
(c)determine the vorticity.
(d) Find the stream function.
Find an equation of the tangent plane to the surface given parametrically by x = u^2,...
Find an equation of the tangent plane to the surface given
parametrically by x = u^2, y = v^2, z = u+4v at the point (1, 4,
9).
1.) The velocity field of a flow is given by V=2(-x+y)i+(3x2+2y)j (a) find the stream function....
1.) The velocity field of a flow is given by
V=2(-x+y)i+(3x2+2y)j
(a) find the stream function.
(b) Determine the vorticity.
(c)Find the velocity potential if possible.
ADVERTISEMENT
Need Online Homework Help?
Get Answers For Free
Most questions answered within 1 hours.
ADVERTISEMENT
Active Questions
asked 1 minute ago
asked 3 minutes ago
asked 6 minutes ago
asked 27 minutes ago
asked 31 minutes ago
asked 38 minutes ago
asked 52 minutes ago
asked 1 hour ago
asked 1 hour ago
asked 1 hour ago
asked 1 hour ago
asked 1 hour ago