CE 321
INTRODUCTION TO FLUID MECHANICS
2004
LABORATORY 1: FLUID STATICS Objectives: To experimentally verify the accuracy of the equation derived from hydrostatic theory to predict the location of the
FLUID STATICS Derivation for Propagation of uncertainty for FULLY SUBMERGED case: y R = L2 ( L3 d ) (1) [d (d l )] A + (d l ) A = (2d l ) A . (2) 2 2
FR =
L2 =
WL1 . (3) FR
Substituting Eq.(2) and Eq
SOLUTIONS MANUAL
Fluid Mechanics
for Engineers
David A. Chin
May 6, 2016
Chapter 1
Properties of Fluids
1.1. (a) Find the dimensions of CL as follows,
CL =
FL
1
2
2 V A
CL =
MLT2
MLT2
=
=1
(ML3 )(LT1
CE321: Fluid Mechanics Homework # 2 Due: September 23 (Wednesday) before 4:30 pm in the CEE office Problem 1. A structure is attached to the ocean floor as shown in Figure 1. A 2m diameter hatch is l
Note Title 1/22/2016
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Fine Aggregates:
MC FA =
AC FA =
Wt MC / FA / moist Wt MC / FA / dry
Wt MC / FA / dry
Wt AC / FA / SSD Wt AC / FA / dry
Wt AC / FA / dry
100
100
Wt water = AC FA WTSG / dry
ASG FA =
BSG FA =
Wt SG /
The annual cash rate for a segment of a highway is expressed in the number of traffic accidents per one million vehicle miles of travel. The annual cash rate for an intersection is expressed
in the nu
CE 321 SPRING 2009: LAB FINAL REVIEW SHEET
ERROR AND UNCERTAINTY:
Know the difference between uncertainty and error.
It is important to distinguish between error and uncertainty. Error [b.20] is defi
CE 321 SPRING 2009: LAB FINAL REVIEW SHEET
ERROR AND UNCERTAINTY:
Know the difference between uncertainty and error.
It is important to distinguish between error and uncertainty. Error [b.20] is defi
CE321
SPRING 2008
LAB 1 Fluid Statics
1/8
GMH
Fluid Statics Lab
Hydrostatic Theory
Forces develop on submerged plane
If fluid is at rest, force is PERPINDICULAR to the plane
Horizontal Plane
FR = re
CE 321 Flow Measurement Lab Report Worksheet
8/10
NAME?
Use complete sentences since that is what you will have to do in your report!
List your objectives
1. To measure flow rates.
List your conclusio
Discussion
There were three objectives for this lab: to measure flow rates, to assess the uncertainty
of the measured flow rates, and to determine how to make accurate flow rate
measurements.
Flow rat
The cluch tank ul Fig. is lled with Water and is
5 I1 lung. The prcssuru gage Ul. the tank mauls 7 psi. Dulurminu
{=1} lhti huighL h. in the open wutur column. (In Ilu gzlgu purs
surc acting un Lhc h
~t."';Jtl:~i
.
.
l

,'
152 Chapter 4 I The Integral Forms of the Fundamental Laws
Example 4.6
3
The pump of Fig. E4.6 is to increase the pressure of 0.2 rn /s of water from 200 kPa to
600 kPa. If the
Quiz 5 (November 7th, 2011)
CE321 Fluid Mechanics
Solutions
Note: In solutions, Table 8.1 is the same as 8.1 in your textbook. Figure 8.11 is refer to Figure
8.10 in your textbook.
Problem 1: A 20 in
CE321: Fluid Mechanics (Spring 2015) SOLUTIONS
Quz1 (1/28/2015). Answer all questions.
Problem 1. An inverted Utube manometer containing oil (SG=0.8) is located between t