Useful Equations and Data
= 6.67 1011 2 /2
=
2
=
=
2 = (
IF the orbit is circular
4 2 3
)
= +
Kerbin
Radius
Mass
Sidereal Day
600000 m
5.29157931022 kg
6 h (21600 s)
Mun
Radius
Mass
Orbital Peri
ENG1005 Engineering Mathematics
Semester 2, 2017
Other unit information
Accreditation information for the Malaysia campus
ACADEMIC OVERVIEW
Program Education Objectives
The School of Engineering expec
Finding the uncertainty in
T =2
L
g
Using Rules
We seek
L
g
1) U(T) = U 2
And the rules that will prove relevant from the ones presented in the guide to experimental work are:
U(x/y)
x/y
U(xp )
(ii)
Topic 3: Vectors 3.4 Applications of the dot product
(James 5th edn: 4.2.7)
Lecture 16: scalar resolute x vector resolute x applications of dot (scalar) product
The learning objectives of this lecture
Sign hanging supported against wall and with rope at angle on far corner.
Let FWS be the normal force by the wall on the sign.
Let FWS,Fr be the friction force acting between the wall and sign pushing
Topic 2: Complex numbers 2.5 Roots of complex numbers
(James 5th edn: 3.3.2, 3.4.1, 3.4.2)
Lecture 12: roots of complex numbers x roots of unity x loci and subsets of the complex plane
The learning ob
Topic 5: Integration 5.6 Applications of integration II
(James 5th edn: 8.9.3, 8.9.4, 8.9.5)
Lecture 30: centre of mass x mean value x root mean square (RMS)
The learning objectives of this lecture
Th
BELBIN TEAM ATTRIBUTES
How people strong in this
attribute tend to behave in a
team:
People strong in
this attribute
tend to be:
This attributes
acceptable
weaknesses:
This attributes
unacceptable
wea
Topic 5: Integration 5.5 Applications of integration I
(James 5th edn: 8.9.1)
Lecture 29: areas between curves x applications x volumes of revolution by the disk method
The learning objectives of this
Unit Guide
ENG1090
Foundation mathematics
Semester 1, 2017
Note to students:
It is your responsibility to read this unit guide carefully, especially in regard to the expectations and
assessment requ
Topic 1: Functions and graphs 1.1 Revision of basic concepts
(James 5th edn: 2.2.1, 2.8.3)
Lecture 1: domain x range x graphing functions x algebra of functions x piecewise-defined functions
The learn
Topic 1: Functions and graphs 1.3 Circular functions I
(James 5th edn: 2.6.3)
Lecture 3: the sine and cosine functions x degrees and radians x amplitude, period and phase angle
x phase difference, lea
Unit Guide
MAT1830
Discrete mathematics for computer science
Semester 1, 2017
The information contained in this unit guide is correct at time of publication. The University has the
right to change a
Topic 1: Functions and graphs 1.4 Circular functions II
(James 5th edn: 2.6.4, 2.6.7)
Lecture 4: the Pythagorean identity x complementary and supplementary angle identities
x addition formulae x doubl
Topic 1: Functions and graphs 1.6 Exponential functions
(James 5th edn: 2.7.1)
Lecture 6: exponential growth x exponential functions x index laws x natural exponential function
The learning objectives
School of Mathematical Sciences
ENG1090
Problem set 5
ENG1090 FOUNDATION MATHEMATICS
Problem set 5 Integration
5.1 Definite integrals
1.
Use the relationship between the definite integral of a functio
Topic 1: Functions and graphs 1.2 Inverse functions
(James 5th edn: 2.2.3, 2.2.6, 2.4.4, 2.5, 2.8.3)
Lecture 2: composite functions x inverse functions x odd and even functions x polynomials
x rationa
Topic 1: Functions and graphs 1.5 Circular functions III
(James 5th edn: 2.6.5)
Lecture 5: linear combinations of sine and cosine functions x converting a cos x b sin x to a sine
A sin( x D ) or cosin
<Image Enhancement I>
2/08/2017
COMMONWEALTH OF AUSTRALIA
Copyright Regulations 1969
WARNING
This material has been reproduced and
communicated to you by or on behalf of Royal
Melbourne Institute of T
<Digital Imaging Systems>
20/07/2017
COMMONWEALTH OF AUSTRALIA
Copyright Regulations 1969
WARNING
This material has been reproduced and
communicated to you by or on behalf of Royal
Melbourne Institute
<Radiation Protection>
26/07/2017
COMMONWEALTH OF AUSTRALIA
Copyright Regulations 1969
WARNING
This material has been reproduced and
communicated to you by or on behalf of Royal
Melbourne Institute of
<DNA Damage by Radiation>
19/07/2017
COMMONWEALTH OF AUSTRALIA
Copyright Regulations 1969
WARNING
This material has been reproduced and
communicated to you by or on behalf of Royal
Melbourne Institute
Radiation Interactions
Sample Questions
1.
Define with examples ionizing and nonionizing radiations.
2.
Explain the main differences between ionizing and nonionizing radiations.
3.
Explain excitation
ONPS2344 Medical Radiations Technology 2
Final Examination 2015
Total Marks: 100
Writing Time: 2 Hours
SECTION A
50 multiple choice questions Total 50 marks.
Answer this part in Multiple Purpose Answe
<Introduction to Digital Image
Processing>
11/07/2017
COMMONWEALTH OF AUSTRALIA
Copyright Regulations 1969
WARNING
This material has been reproduced and
communicated to you by or on behalf of Royal
Me
ONPS2344 Medical Radiations Technology 2
Final Examination 2013
Total Marks: 100
Writing Time: 2 Hours
SECTION A
50 multiple choice questions Total 50 marks.
Answer this part in Multiple Purpose Answe
<Fundamentals of DIP>
26/07/2017
COMMONWEALTH OF AUSTRALIA
Copyright Regulations 1969
WARNING
This material has been reproduced and
communicated to you by or on behalf of Royal
Melbourne Institute of
<Interactions of Radiation>
11/07/2017
COMMONWEALTH OF AUSTRALIA
Copyright Regulations 1969
WARNING
This material has been reproduced and
communicated to you by or on behalf of Royal
Melbourne Institu