Question: 4. a stream function () can be used to resolve 2-dimensional Hlow problem for bot h compressible and incompressible fluids Flow problems, and invalid for

 4. a stream function () can be used to resolve 2-dimensional
Hlow problem for bot h compressible and incompressible fluids Flow problems, and

4. a stream function () can be used to resolve 2-dimensional Hlow problem for bot h compressible and incompressible fluids Flow problems, and invalid for solving 3 -dimens ional irrotationai flow 6 If the velocity potential is =(3)x35xy2, then coirespording Stream function is y=5x2y d. the function f(x,y)=u2L[L3x2L3(3xy2)] can be ased as veloaty potential to solve irrotational fiow Problems e. Stream function can be used in solumg both viscous and 1doal (or Inviscial) 2 -dimen sional Flow Problems true of farse, give reason a. Stream function () can be used to resolve 2 -dimensional flow problem for both compressibie and incompressible fluids b. Velocity potential () is only used to solve 2 -Dirrotational flow problem, and invalid for solving 3-dimensional irrotational Flow C. If the velocity Pofential is =(35)x35xy3, then corresponding stream function is =5x2y d. the function f(x,y)=u2L[L3x2L3(3xy2)] can be used as Velocity potential to sorve irrotational flow problems e. Stream function can be used in solving bot h Viscous and ideal (or inviscous) 2 -dimensional Flow problems

Step by Step Solution

There are 3 Steps involved in it

1 Expert Approved Answer
Step: 1 Unlock blur-text-image
Question Has Been Solved by an Expert!

Get step-by-step solutions from verified subject matter experts

Step: 2 Unlock
Step: 3 Unlock

Students Have Also Explored These Related Chemical Engineering Questions!