Midterm
Question 1a
The magnitude of resultant force acting on the bracket is
to be 400N. Determine the magnitude of F1 If =30.
ENGG 1210 (All Graphs From Publishers)
Solution
ENGG 1210 (All Graphs From Publishers)
Solution
ENGG 1210 (All Graphs From Publ
Assignment2
Solution
Question 1
The pipe assembly is subjected to the 80-N force. Determine the
moment of this force about point A.
ENGG*1210 Fall12
Solution
ENGG*1210 Fall12
Question 2
The wrench A is used to hold the pipe in a stationary position
whil
ENGG*121o Lecture Notes: Mechanics Winter 2014
Chapiflq lYL +6le .
6 Centre of Gravity and Centroid
Define Centre of Gravity:
A Faint» {#th ioCQt€§ 'ng feeml—éqm‘“ “Right“ 63%;“ —|
a SYSIWLQM 0P ?ac+('c(es or q (Harm bodjl
Define Centre of Mass:
A
Engineering Mechanics
ENGG*1210, Fall 2015
Assignment #10
Assigned: Thursday, November 26, 2015
This assignment is not graded, however, you are encouraged to solve all of the problems. The
quizzes (which are graded) will be closely based on the assignment
DEPARTMENT OF MATHEMATICS AND STATISTICS
Math 2130, W15
Test 1
1. This is a 60 minute test. Do NOT start (or open) the test until instructed.
2. Please fill out your personal details on the cover of the Examination Booklet(s). If
you use more than one boo
DEPARTMENT OF MATHEMATICS AND STATISTICS
Math 2130, W16
Test 1
1. This is a 60 minute test. Do NOT start (or open) the test until instructed.
2. Please fill out your personal details on the cover of the Examination Booklet(s). If you
use more than one boo
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Chapter 6 (Lectures 11 & 12)
ENGG 1210
Fall 2015
6.0 Structures
In this chapter we will learn how to analyze different kind of structures by drawing
its free body diagrams (FBD), calculating both external and internal forces of several
connected parts, an
ENGG 1210
Chapter 5 (Lectures 8 & 9)
Fall 2015
5.1 Rigid Body Equilibrium
We have already seen that forces on a rigid body have a different effect in
comparison to forces on a particle, since moments need to be considered in addition
to the sum of the for
ENGG*1210
2
Chapter 2 (Lec. 2 &3)
Fall 2015
Force Vectors
This lecture will focus on forces, and in particular, examining how forces affect a particle or rigid
body.
Scalars and Vectors:
Scalar
Vector
Examples or Scalars:
Examples of Vectors:
Since forces
ENGG* 12 1o _ Lecture Notes: Mechanics Winter 20 14
4 Forces on Rigid Bodies
In contrast to the forces on a particle), the forces on a rigid—body are not usually concurrent and
may cause rotation of the body (not possible with a particle), and also change
ENGG*1210 Lecture Notes: Engineering Mechanics Winter 2014
1 Mechanics
The definition for mechanics is rather vague, as follows: “The branch of science dealing with the
state of rest or motion of bodies that are subject to forces”. In more general terms, m
ENGG* 1210 Lecture Notes: Mechanics Winter 2014
7 Structural Analysis
In this section we will look at free body diagrams of structures made from several connected parts.
These analyses require the calculation of both external and internal forces. In order
ENGG*1210, Fall 2015
Engineering Mechanics
Assignment 4
Assigned: Thursday, October 1, 2015
This assignment is not graded, however, you are encouraged to solve all of
the problems. The quizzes (which are graded) will be closely based on the
assignment que
Engineering Mechanics
ENGG*1210, Fall 2015
Assignment 5
Assigned: Thursday October 8, 2015
This assignment is not graded, however, you are encouraged to solve all of
the problems. The quizzes (which are graded) will be closely based on the
assignment ques
ENGG 1210
Chapter 3 (Lectures 4 & 5)
Fall 2015
3.0 Particle Equilibrium
We now know how to sum all the forces acting on a particle. If the sum happens to
equal zero, we have a special case called static equilibrium. In other words, for a
particle to be in
ENGG*1210 Fall 2015
Engineering Mechanics
Assignment 9
Assigned: Tuesday, November 17, 2015
This assignment is not graded, however, you are encouraged to solve all of
the problems. The quizzes (which are graded) will be closely based on the
assignment que
Homework and Computer Problems for
Math*2130 (W17).
MARCUS R. GARVIE 1
December 21, 2016
1 Department
of Mathematics & Statistics, University of Guelph
NOTES:
These questions are a bare minimum. You should also:
1. Work through all the class examples.
2.
Homework and Computer Solutions for
Math*2130 (W17).
MARCUS R. GARVIE 1
December 21, 2016
1 Department
of Mathematics & Statistics, University of Guelph
STOP!
Before looking at the answers the best study strategy is
to:
1. First read your lecture notes fo
1
1.1
Mathematical Tools For ENGG1210
Unit Conversion
With start with the basics of unit conversion. You must be able to
express basic measurements of length, mass, time and force in both
(i) US customary units and (ii) SI units (International System of
u
2
Vectors
A vector is a geometric construct possessing both a m
and a d
. Geometrically, we can think of a vector as
an o
p
(x, y) in the Cartesian plane. By con-
necting the o
to the point (x, y) and adding an a
to indicate direction, we get a vector.
Al
gem
1 Mathematical Tools For ENGG*1210
1.1 Unit Conversion
With start with the basics of unit conversion. You must be able to
express basic measurements of length, mass; time and force in both
(i) US custOmary units and (ii) SI units (International Syst
Engineering Mechanics
ENGG*1210, Winter 2014
Assignment 1 Solutions
Assigned: ursday, January ,
is assignment is not graded, however, you are encouraged to solve all of
the problems. e quizzes (whi are graded) will be closely based on the
assignment ques
