CX Investigate whether the function x2+y2 represents the velocity potential of a particular incompressible 2D flow, and
Posted: Mon May 16, 2022 6:01 am
3 different parts of same question in order
CX Investigate whether the function x2+y2 represents the velocity potential of a particular incompressible 2D flow, and if so, what should be the dimension of constant C which has value of 2.
Obtain expressions for the x and y components of the velocity in this flow. Show that, at the point where the streamlines intersect the y-axis, they are parallel to the x-axis.
Show that the equation for the equipotential line for which the potential function has a numerical value of 1 is a circle. Determine the radius and coordinates of the centre of this circle and make an accurate labelled sketch showing the equipotential.
CX Investigate whether the function x2+y2 represents the velocity potential of a particular incompressible 2D flow, and if so, what should be the dimension of constant C which has value of 2.
Obtain expressions for the x and y components of the velocity in this flow. Show that, at the point where the streamlines intersect the y-axis, they are parallel to the x-axis.
Show that the equation for the equipotential line for which the potential function has a numerical value of 1 is a circle. Determine the radius and coordinates of the centre of this circle and make an accurate labelled sketch showing the equipotential.