Chemical Engineering > GATE 2011 > Fluid Flow
A liquid is flowing through the following piping network. The length of pipe sections P, Q, R and S shown in the schematic are equal. The diameters of the sections P and R are equal and the diameter of the section Q is twice that of S. The flow is steady and laminar. Neglecting curvature and entrance effects, the ratio of the volumetric flow rate in the pipe section Q to that in S is
A
16
B
8
C
2
D
1

Correct : a

Similar Questions

A cylindrical tank with a diameter of 500 mm contains water (density = 1 g·cm−3) up to a height h. A 5 mm diameter round nozzle, whose center is 1 cm above the...
#146 Fill in the Blanks
An incompressible fluid is flowing through a contraction section of length L and has a 1-D (x-direction) steady state velocity distribution, u=u0(1+2x/L). If L=...
#832 Fill in the Blanks
In a steady incompressible flow, the velocity distribution is given by ‾V=3x i0-Py j0+5z k0, where, V is in m/s and...
#841 Fill in the Blanks

Related Topics

piping network analysis chemical engineering gate laminar flow volumetric flow rate pipe diameter ratio GATE Chemical Engineering 2011 flow rate ratio chemical engineering gate questions

Unique Visitor Count

Total Unique Visitors

Loading......