q.) Velocity components in a two dimensional (,y), for incompressible flow field are expressed as

3

- + 2x-x?y and o, = xy?

=ry?

- 2y

3

) Determine the velocity vector and resultant acceleration at point (1, 3).

) Is the flow physically possible? If so, obtain an expression for the stream function.

) Calculate the volumetric flow rate between streamlines passing through point (1, 3) and (2, 3).

1) Is the flow irrotational? If so, determine the corresponding velocity potential. please provide a solution

Velocity components in a two dimensional (x,y), for incompressible flow field are expressed as = + 2x xy and v, = xy2 2y - ) Determine the velocity vector and resultant acceleration at point (1,3). ) Is the flow physically possible? If so, obtain an expression for the stream function. ) Calculate the volumetric flow rate between streamlines passing through point (1, 3) and (2, 3). 1) Is the flow irrotational? If so, determine the corresponding velocity potential