Physics, asked by mohapatrachandan2020, 1 month ago

. The velocity profile for laminar flow in a pipe of radius R is given by V(y)=V0(1-y2/R2), where y is the distance from the axis of the pipe & V0 is the flow speed along the axis.(a) where is the fluid velocity greatest?(b) at what position(s) does the velocity gradient have the largest magnitude?​

Answers

Answered by mangal465
0

Answer:

velocity profile for laminar flow in a pipe of radius R is given by V(y)=V0(1-y2/R2), where y is the distance from the axis of the pipe & V0 is the flow speed along the axis.(a) where is the fluid velocity greatest?(b) at what position(s) does the velocity

Explanation:

Similar questions