[Final project02] WS11
Due Sunday by 23:59 Points 100 Submitting an external tool
Available May 23 at 9:00 - May 29 at 23:59 7 days
Plagiarism declaration
By submitting work for assessment I hereby declare that I understand the University’s policy on
academic integrity (https://academicintegrity.unimelb.edu.au/) and that the work submitted is original
and solely my work, and that I have not been assisted by any other person (collusion) apart from
where the submitted work is for a designated collaborative task, in which case the individual
contributions are indicated. I also declare that I have not used any sources without proper
acknowledgment (plagiarism). Where the submitted work is a computer program or code, I further
declare that any copied code is declared in comments identifying the source at the start of the
program or in a header file, that comments inline identify the start and end of the copied code, and
that any modifications to code sources elsewhere are commented upon as to the nature of the
modification.
WS11: Parallel flow My Solutions
Methanol flows in at a pipe entrance at 20 L/min
through a system of 100 mm ID PVC pipes
shown below.
* Top-down view, all pipes are at the same
height. Diagram not to scale.


1) Determine the pressure drop in the pipes and
in the fiitings for the non-parallel section. The
ϵ
PVC
= 3.00 × 10
−6
m g = 9.81m/s
2
ρ
MeOH
= 0.791g/mL
μ
MeOH
= 5.94 × 10
−4
Pa ⋅ s