MIDTERM 1 2018
Question 1: Who of the following is NOT an Economics Giant / Guru / Genius?
A.
B.
C.
D.
Adam Smith
Thomas Carlyle
Ron Gavrin
Karl Marx
Question 2: What is today's price of the Canadian
Matching: q1.1 1: Match the economist with his pithy qu.
1.
Matching: q1.1 1: Match the economist with his pithy qu.
Points:8
Question Match the economist with his pithy quote.
Match Question Items
A
1.
True/False: A product whose supply and demand cur.
Question
Answer
2.
A product whose supply and demand curves exhibit no change in demand as
the price for the product's price changes can be descri
QUESTION 1
2 point
Treating the competitive cost as an input variable and the associated cost estimates as the output variables is a cost
estimation technique known as:
The bottom-up approach
The top-
Big Quiz 2.2
Question 1: Which country has the highest number of annual paid hours worked per person?
a)
b)
c)
d)
e)
f)
Canada
France
Russia
United States
Germany
Iran
Question 2: Economic recession c
ENGR 3200U
Your name (IN CAPITAL LETTERS PLEASE):
_
Your ID number: _
FINAL EXAM for ENGR 2310U
(Concurrent Engineering and Design)
Instructor: Ahmad Barari
December 16, 2005 (12:00 PM 3:00 PM)
Notes:
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Previous Lecture, we covered:
1.
Kinematic chain
2.
Mechanism inversion
3.
Grashof`s criterion
Today we will cover
1.
Review of mechanism mobility and Grashofs criterion
2.
Position analysis
3.
Mechan
Last lecture we covered:
1.
Flywheels
2.
Example
Today we will cover:
1.
Gears and Gear Trains
2.
Examples
With many figures and models from Machines & Mechanisms: Applied
Kinematics, Analysis (David
Last lecture, we covered:
1.
Joints DOF
2.
Kinematic pairs
3.
Mechanism mobility
Today, we will cover:
1.
Kinematic chain
2.
Mechanism inversion
3.
Grashof`s criterion
With many figures and models fro
Last lecture we covered:
1.
Cam Design
2.
Examples
Today we will cover:
1.
Flywheels
2.
Examples
With many figures and models from Machines & Mechanisms: Applied
Kinematics, Analysis (David H. Myszka)
Previous Lecture, we covered:
1.
Algebraic position analysis
2.
Graphical position analysis
3.
Examples
Today we will cover
1.
Instantaneous center of velocity
2.
Examples
With many figures and models
Previous Lecture, we covered:
1.
Review of mechanism mobility and Grashofs criterion
2.
Position analysis
3.
Mechanics of rigid bodies
Today we will cover
1.
Algebraic position analysis
2.
Graphical p
Review Lecture:
1.
Flywheel
2.
Gear Trains
With many figures and models from Machines & Mechanisms: Applied
Kinematics, Analysis (David H. Myszka), Kinematics, Dynamics, and Design of
Machinery (Waldr
Previous Lecture, we covered:
1.
Graphical Force analysis
2.
Examples
Today we will cover
1.
Graphical Force analysis
2.
Balance of Rotors
3.
Examples
With many figures and models from Machines & Mech
Previous Lecture,
1.
2.
3.
we covered:
Instantaneous center of velocity
Graphical kinematic analysis
Examples
Today we will cover
1.
Graphical kinematic analysis
2.
Examples
With many figures and mode
Previous Lecture, we covered:
1.
Graphical kinematic analysis
2.
Examples
Today we will cover
1.
Analytical kinematic analysis
2.
Examples
With many figures and models from Machines & Mechanisms: Appl
Last lecture we covered:
1.
Ordinary Gear Trains
2.
Examples
Today we will cover:
1.
Planetary Gear Trains
2.
Examples
With many figures and models from Machines & Mechanisms: Applied
Kinematics, Anal
Pre-Midterm Review
KINEMATICS AND DYNAMICS OF MACHINES
MECE 3270U : Lecture 13
Lecture 13 - 1
The
mobility of a mechanism is defined
as the minimum number of independent
parameters (coordinates) requ
Instructor:
Dr. Atef Mohany, P.Eng
Room ACE 2022
[email protected]
KINEMATICS AND DYNAMICS OF MACHINES
Kinematics & Dynamics of Machines
MECE 3270U
Introduction -1
Day(s)
Time
Location
Lectures
Tuto
Previous Lecture, we covered:
1.
Instantaneous center of velocity
2.
Examples
Today we will cover
1.
Instantaneous center of velocity
2.
Graphical kinematic analysis
3.
Examples
With many figures and
Previous Lecture, we covered:
1.
Analytical kinematic analysis
2.
Examples
Today we will cover
1.
Analytical kinematic analysis
2.
Graphical force analysis
3.
Examples
With many figures and models fro
Last lecture we covered:
1.
Graphical Force analysis
2.
Balance of Rotors
3.
Examples
Today we will cover:
1.
Cam Design
2.
Examples
With many figures and models from Machines & Mechanisms: Applied
Ki
Pre-Midterm Review
KINEMATICS AND DYNAMICS OF MACHINES
MECE 3270U : Lecture 14
Lecture 14 - 1
For the mechanism shown below:
Draw the velocity polygon (employ scale: 1 inch
= 10 inch/sec)
Specify
T
Last lecture we covered:
1.
Gears
2.
Examples
Today we will cover:
1.
Gear Trains
2.
Examples
With many figures and models from Machines & Mechanisms: Applied
Kinematics, Analysis (David H. Myszka), K
Previous Lecture, we covered:
1.
Graphical Force analysis
2.
Examples
Today we will cover
1.
Graphical Force analysis
2.
Examples
With many figures and models from Machines & Mechanisms: Applied
Kinem
Last lecture we covered:
1.
Cam Design
2.
Examples
Today we will cover:
1.
Cam Design
2.
Examples
With many figures and models from Machines & Mechanisms: Applied
Kinematics, Analysis (David H. Myszka
Previous Lecture, we covered:
1.
Graphical kinematic analysis
2.
Examples
Today we will cover
1.
Analytical kinematic analysis
2.
Examples
With many figures and models from Machines & Mechanisms: Appl