= - d/dt
(emf is just the rate of flux change in the
loop.)
This result holds whenever all or part, of a
circuit is moved in a magnetic field.
A flat circular loop of wire has radius 10 cm and electr
MATH141 - Spring 2015
Tutorial Sheet - Week 3
Outline solutions available as of Friday at the MATH141 Moodle
2
x 2,
x 2,
1. A function f is dened by the rule f (x) =
1, 2 < x < 1,
Find
x 3,
x 1.
(c)
ENGG104 Electrical Systems
Dr Raad Raad 35.G35 - 42214761
[email protected]
ENGG104 Lecture 6/13
Dr Marco Petasecca 4.G15 42213522
[email protected]
TEXTBOOK
ENGG104 Electrical Systems OR
Introductory C
MATH141 Foundations of Engineering Mathematics
Xiaoping Lu
The Plan:
Weeks 1 - 7
Revision of Fundamentals
Revision of Functions
Dierentiation Rules and Techniques
Introduction to Integration
Weeks 7 -
Lecture 19: Workshop Revision
In this lecture, we will revise the following workshop topics:
graphing functions
log-log graphs
hyperbolic functions
maxima and minima of functions
MATH141 Foundations o
ENGG104 Lecture 3/13
1
ENGG104 Electrical Systems
Dr Raad Raad 35.G35 - 42214761
[email protected]
Dr Marco Petasecca 4.G15 42213522
[email protected]
TEXTBOOK
ENGG104 Electrical Systems OR
Introductory
ENGG100 Engineering Computing and Analysis
Practical 2 Week 2
In this Practical class, you will work through parts of the first and second chapters of the subject textbook
Essential MATLAB for enginee
P1: RPU/XXX
P2: RPU/XXX
CUUK852-Mandal & Asif
QC: RPU/XXX
November 17, 2006
T1: RPU
9:12
CHAPTER
1
Introduction to signals
Signals are detectable quantities used to convey information about time-varyi
Chapter 13 Sinusoidal
Alternating Waveforms
Introductory Circuit Analysis
Robert L. Boylestad
13.1 - Introduction
Alternating waveforms
The
term alternating indicates only that the waveform
alternates
Capacitance to superconductors
Mike Lerch
[email protected]
Fundamentals of Physics,
Halliday, Resnick, and Walker 9th Edition
Lecture notes
Laboratory Experiments
Capacitance, Dielectrics.
Stored Ene
The Force on a Charged Particle Moving in a Magnetic
Field
Slide 24-32
Magnetic Fields Exert Forces on Currents
Forces between Currents
Magnetic force between two parallel
current-carrying wires
Fpara
Lecture Summary Week 11
2. Polarization
1.
3. Resistance
Resistivity rises with increasing temperature.
(T) = 0[1 + (T T0)]
Resistors connected in Series and Parallel
Resistors in series and paralle
Mike Lerch
[email protected]
Fundamentals of Physics,
Halliday, Resnick, and Walker 10th Edition
Lecture notes
To study electric charge and see how charge
behaves in conductors and insulators
To cal
Summary Lecture Week 12
1.
Magnetic force due to a moving charge
FB = qvB, FC =
Magnetic forces
mv2/r,
FB = FC
mv
r=
qB
The diagram below represents a mass spectrometer. A beam of singly charged
posit
An electric charge moving in an electric field
An electric charge moving in an electric field
http:/www.youtube.com/watch?v=lzzxJ9MXIJs
The electrical potential
The potential of a
battery can be
meas
Mike Lerch
[email protected]
Fundamentals of Physics,
Halliday, Resnick, and Walker 9th Edition
Lecture notes
Capacitance to superconductors
Laboratory Experiments
Capacitance, Dielectrics.
Stored Ene
Lecture 18: Integration
In this lecture, we will provide
a summary of integration in MATH141.
MATH141 Foundations of Engineering Mathematics
Week 7, Tuesday Lecture-1
L18: 1 / 7
Simplifying Integrals