Fluid Mechanics - MEEG 307
Name
Fall 2015
Homework 5
Due: Tuesday, October 6
1. An incompressible, one-dimensional air flow of density exits steadily into the
ambient atmosphere from the
Fluid Mechanics - MEEG 307
Name
Fall 2015
Homework 3
Tuesday, September 15
1. A 1 m3 of aluminum, of specific gravity 2.7, is tied to a piece of cork, of specific
gravity 0.24 as shown in th
Fluid Mechanics - MEEG 307
Name
Fall 2015
Homework 4
Due: Tuesday, September 29
Water flows from a large open reservoir and discharges through a circular,
horizontal pipe fitted with a nozzl
Homework Grading Rubric and Scale
Weighting] 1 Somewhat _
Applicability D Absent on Track 2 On Track 3 Procient 4 Exemplary
missing missing all components all components
System Description 10 system components of identied in .ldentld and wil
Fluid Mechanics Lab - MEEG 317
Fall 2016
Laboratory 2: Height of Water in Cylinder
Due: (Sec. 1) Friday, September 16
(Sec. 2) Saturday, September 17
Objective: Calculate and measure the height of water in
Due: September 6, 2016
MEEG 317 Laboratory I Specific Gravity of Oil
by Tatyana Kincherlow
Objectives
The objective of this experiment is to measure the specific gravity of oil using a u-tube
manometer and to determine the kind of oil used by comparing ca
Due: September 16, 2016
MEEG 317 Laboratory 2 Height of Water in Cylinder
by Tatyana Kincherlow
Objectives
The objective was to calculate and measure the height of the water in the PVC large
cylinder using a manometer device. Then to compare the calculate
Fluid Mechanics Lab - MEEG 317
Fall 2016
Laboratory 1: Specific Gravity of Oil
Due: Tuesday, August 30
Objective: To measure the specific gravity of oil using a u-tube manometer.
Hydrostatic pressure does not v
1-3-3 A man is considering buying a IEoz steak for 53.15.. or a EEG-g steak for $1.8G. The steak that is a
better hn}r is to he determined.
Assmuptt'eus The steaks are of identical quality.
Arralrsl's To make a comparison possible: we need to express th
Pipe Problems
. 1. Water (1/ =1.14x10‘6m2/s) ﬂows at q = 0.05m3 /s in
the 10 cm diameter pipe Whose roughness is e=0.046mm.
If the air in the tank is p1 — pa = ZOOkPa , What is the work
rate of the pump?
4L" . .5 b“"a. _Z L.‘ v4-
‘ '-‘ '9 "I‘g(zz IX