MANUFACTURING PROCE99 0F CATALYTIC CONVERTER9
Main substance of the
ceramic structure,
cordierite, is mined
Cordierite is heated
Cordierite undergoes the
process of extrusion, to
make honeycomb
pathways, and is cooled
The ceramic structure,
called a subst
ROBIN JACOB
LAB 3.1.1
Hypothesis: Relationship between frequency of revolution and
1. Magnitude of force
causing the circular
motion:
2. Radius of the circular
path
Reason:
Reason:
3. Mass of the object
Reason:
Varied Tension Force
Trial #
1
2
3
Average:
Types of Food Eaten in Japan:
raw seafood - "sashimi" (sah-she-me)
Sushi & sashimi.
Sashimi is seafood, which includes fish, squids, octopus, clams, and other marine
products, consumed at their raw state. When you put the sashimi on top of a "bite-size"
v
September 23, 2013
The Secrets Behind the
Greatest Roller Coaster in the World:
Robin Jacob
The PolyCoaster
Description:
The PolyCoaster tests the courage of those who dare ride it. The experience commences as riders are
dropped from a 155.8 m. hill, reac
Robin Jacob | February 13, 2013
Aristotle
The roots of education are bitter, but the fruit is sweet
Years of Contribution: 384-322 B.C.
Description of Theory:
He disagreed with prevailing theories regarding the atom
Did not think atoms were made from ge
I hypothesized that an individuals wealth was a factor of their life expectancy. When comparing
the dependent variable, life expectancy, and the independent variable, median earnings, with the use of
a scatter plot, a correlation was apparent. The correla
Factors that Affect
Life Expectancy:
Income, High School Education, Obesity, and Child
Immunization Rates
Charles, Daman, Robin, & Usama
January
2014
When deciding upon a topic for this culminating assignment, it became inherent that the
most widely impac
Types of Drawings:
1. Freehand Sketching
2. Presentation drawing
3. Technical or Engineering drawing
Skills needed include: Alphabet of Lines, Visualization, and Lettering
Orthographic Drawings/Multi-view
o first discovered and used by a French engineer,
Name:
Student ID:
PHYS 1P21/1P91
Test 2
22 May 2013
1. An object is released from rest at the top of a frictionless ramp that is inclined at an angle of 23 to
the horizontal.
(a) Determine how far the object moves along the ramp after 1.5 s. [2 points]
(b
Name:
Student ID:
PHYS 1P21/1P91
1. Alice walks along a straight road aligned
East-West, where East is taken to be the positive
direction. Her position-time graph is shown.
(a) Determine Alices velocity at t = 1.0 h, t =
2.5 h, and t = 5.0 h. [3 points]
(
Brock University
Physics 1P21/1P91
Fall 2013
Dr. DAgostino
Tutorial 5: Chapter 4B, Applying Newtons Laws
The goals of this tutorial are:
understand Newtons laws of motion
apply Newtons laws of motion in simple situations
For questions 1 and 2, clearly i
Brock University
Physics 1P21/1P91
Spring 2015
Dr. DAgostino
Chapter 7, Impulse and Momentum
The goals of this tutorial are:
understand momentum, impulse, and the impulse-momentum theorem
solve problems involving the principle of conservation of momentu
Brock University
Physics 1P21/1P91
Spring 2015
Dr. DAgostino
Tutorial 4: Chapter 4A, Forces and Newtons Laws of Motion
The goals of this tutorial are:
understand the concept of force
understand Newtons laws of motion
Clearly indicate whether each statem
Brock University
Physics 1P21/1P91
Spring 2015
Dr. DAgostino
Chapter 6, Work and Energy
The goals of this tutorial are:
understand work, energy, and power
understand the concept of potential energy, and gravitational potential energy in particular
use
Brock University
Physics 1P21/1P91
Spring 2015
Dr. DAgostino
Chapter 5, Dynamics of Uniform Circular Motion
The goals of this tutorial are:
understand uniform circular motion
understand gravity and Newtons law of gravity
understand orbital motion and K
en 108% v E j {a I? I " Tools FillBtSign Comment
Concept Summary
.3) IE) 913 (matinee)
29.1 The Wave—Particle Duality, 29.2 Blackbody Radiation and Plandt's Constant
The wave—particle duality refers to the fact that a wav
6965_CH02_pp157-250.qxd
1/14/10
1:13 PM
Page 157
CHAPTER 2
Polynomial, Power,
and Rational Functions
2.1 Linear and Quadratic
Functions and Modeling
2.2 Power Functions with
Modeling
2.3 Polynomial Functions
of Higher Degree
with Modeling
2.4 Real Zeros o
Paris-Sorbonne University Abu Dhabi
Department of Science and Engineering
Student Set timetable: Physics-Licence 1 Semester 2
Week 1
Weeks selected for printout: 17 Jan 2016 to 23 Jan 2016
Sun
9:00
9:30
Mon
Tue
Linear algebra
Calculus II
Linear algebra
Pr
Name:
Brock University
Student ID:
Physics 1P21/1P91
Fall 2013
Dr. DAgostino
Tutorial 10: Chapter 10, Energy and Work
The goals of this tutorial are:
understand work, energy, and power
use the principles of conservation of momentum and energy to solve v
Name:
Brock University
Student ID:
Physics 1P21/1P91
Fall 2013
Dr. DAgostino
Tutorial 9: Chapter 9, Rotational Motion
The goals of this tutorial are:
understand momentum, impulse, and the impulse-momentum theorem
understand angular momentum
understand
Name:
Brock University
Student ID:
Physics 1P21/1P91
Fall 2013
Dr. DAgostino
Tutorial 8: Chapter 7, Rotational Motion
The goals of this tutorial are:
understand torque, centre of mass, and moment of inertia
understand rotational kinematics
understand t
Name:
Student ID:
Brock University
Physics 1P21/1P91
Fall 2013
Dr. DAgostino
Tutorial 7: Chapter 6, Circular Motion, Orbits, and Gravity
The goals of this tutorial are:
understand gravity and Newtons law of gravity
understand orbital motion and Keplers
Name:
Brock University
Student ID:
Physics 1P21/1P91
Fall 2013
Dr. DAgostino
Tutorial 6: Chapter 5, Applying Newtons Laws
The goals of this tutorial are:
understand Newtons laws of motion
apply Newtons laws of motion in simple situations
For questions 1
Name:
Student ID:
Brock University
Physics 1P21/1P91
Fall 2013
Dr. DAgostino
Tutorial 5: Chapter 4, Forces and Newtons Laws of Motion
The goals of this tutorial are:
understand the concept of force
understand Newtons laws of motion
Clearly indicate whet
Name:
Student ID:
Brock University
Physics 1P21/1P91
Fall 2013
Dr. DAgostino
Tutorial 4: Chapter 3, Vectors and Two-Dimensional Motion
The goals of this tutorial are:
understand vector operations, both graphically and numerically
practice using the kine
Name:
Brock University
Student ID:
Physics 1P21/1P91
Fall 2013
Dr. DAgostino
Tutorial 3: Chapter 2, Motion in One Dimension
The goals of this tutorial are:
understand position-time graphs, velocity-time graphs, and their connections
practice using the k
Name:
Student ID:
Brock University
Physics 1P21/1P91
Fall 2013
Dr. DAgostino
Tutorial 2: Chapter 1, Motion Diagrams
The purpose of this tutorial is to make sure you understand important kinematics concepts such as position, displacement, distance, velocit