Victoria Logo basics
Victoria University Logo Basics factsheet
version 1.0
September 2007
Produced by Victoria University’s
Communications and Marketing group
The quality of Victoria University’s communications is a reflection of the University’s standing, professionalism and credibility.
It is essential that Victoria’s visual identity is clear, consistent and instantly recognised. This factsheet outlines the key rules for
the use of Victoria’s logo, and illustrates how they should be used in both print and electronic formats.
Primary Logo Format (Landscape)
File formats and naming conventions
! The logo files available to general staff are 600 dpi PNG files. These
should be more than adequate for digital printing and all internal use
Resolution/size
! The primary Victoria Logo is the single colour
! PNG files give the smallest file size and are the most robust in terms
(SR = Standard Resolution)
landscape version. It is important that it is used
of everyday applications
at a size where all components can be read.
! Do not rename your logo files as the naming conventions describe
! This logo replaces all previous versions of any
the format, size, colourspace and version number. This will help you
VIC-LOGO Landscape SR RGB v3.png
Victoria logo.
to confirm you have the most up to date logo
! These logos are not appropriate for high end print applications.
Format
Colourspace
Version
Victoria’s
Communications and Marketing group holds the full
file set and can supply other file formats to external suppliers
Clearspace requirements
as necessary.
! Clearspace is the minimum space around the logo
that no other element should be placed in.
x
Don’ts
! Clearspace requirements also define how closely
x
x
the logo can be placed to a page edge.
! It is defined by placing the ‘V’ from Victoria at the
base point of the shield. The next measurement
is taken from the bottom of this measure, to the
bottom of the lower crown in the coat of arms.
x
This measure defines the distance ‘x’
DO NOT stretch the proportion (make sure it is the
DO NOT skew the logo either horizontally
DO NOT change the logo colour.
same percent size both vertically and horizontally).
or vertically.
! Official files of the Victoria logo will include the
necessary clearspace.
Colour Versions
! To standardise the presenation of our logo
Positive versions
there are only two versions available for general
DO NOT create new versions of the logo with read-
DO NOT attempt to reverse the logo using the positive
internal use. These are the Victoria (RGB) Green
throughs or add-ons or as sub-brands.
art files. There are specific versions available from
DO NOT separate or re-configure elements in the logo.
and Black versions.
Victoria’s
Communications and Marketing group.
! The full colour (Red, Gold and Green) logo is only
available for use on corporate stationery, degree
certificates or with the express permission of
Victoria’s
Communications and Marketing group
VICTORIA GREEN IS PANTONE 343C:
! If any other version is required then you
Colour Breakdowns: Spot:
CMYK:
RGB:
Hexidecimal:
should contact Victoria’s
Communications
Coated PMS 343C
Coated 98C/0M/72Y/66K
0/71/48
004730
and Marketing group
DO NOT rotate the logo onto any other angle.
DO NOT use the web logo for printing.
DO NOT cut or place any element within the clearspace.
Uncoated NOVA 905289 Uncoated 98C/0M/77Y/65K
Secondary logo format (Portrait)
Sizes
! A secondary logo format (Portrait) exists for situations where the
landscape logo is inappropriate (such as when space or reproduction
Standard size for A4 print and Online
is limited for the primary horizontal format)
! Logos available for internal use will be at the
! The portrait logo is not available for general use or release.
A4 standard size, with a resolution of 600dpi.
It can only be used with the express permission of Victoria’s
! You should also be aware of the minimum sizes
ENGR142 2020, 2nd Trimester
Lecturers: B. Ruck, P. Galvosas, and C. Hollitt
Communications and Marketing group
at which our logo can be reproduced.
Name
Problem
1
2
P
ID
Marks
Sign off information This factsheet only specifies correct usage for the logo versions that are available for general use. Complete and detailed
Final test 20th October, 2020
Minimum size in print
Minimum size Online
Graphic Standards can be obtained from Victoria University’s
Communications and Marketing group.
Problem 1 : DC circuits
(20 Marks)
Communications and Marketing are the custodians and protector of Victoria University’s Brand Identity and Graphic Standards.
Print: 80mm width including clearspace
(a) The circuit below shows an RC circuit that is to be connected to the battery at time t = 0.
They should be contacted for technical sign-off when developing new branded materials, and before supplying ANY version of
Online: 220pixels in width including clearspace
the logo to ext
S ernal parties. This ensures that the logo is used correctly and that the correct file format is supplied.
Contact Victoria University’s Marketing Manager from the
Communications and Marketing group by calling the information
+
34mm in widthincluding clearspace
155 pixels in width including clearspace
desk on +64-4-4
𝜀
𝐶
−
72 1000.
𝑅
(a.1) Using Kirchhoff’s rules find the governing differential equation for the circuit in the
figure after the switch has been closed. You may use Q/C for the voltage drop across
the capacitor.
[4 marks]
(a.2) By inserting it into the differential equation you derived in (a.1), show that
Q(t) = εC 1 − e− t
RC
describes how the current varies with time.
[4 marks]
(a.3) When using a battery of emf ε to build up current I in an inductor in series with a
resistor R, application of Kirchhoff’s loop rule gives
dI
ε − IR − L
= 0,
dt
which has a solution
ε
I(t) =
1 − e− R t
L
.
R
Draw the corresponding circuit diagram and comment on similarities and differences
between this RL circuit and the RC circuit above and its current.
[4 marks]
(a.4) By relating Faraday’s law to the magnetic flux created by the current through a coil,
explain how an emf is induced through self-inductance. You may either use equations
or explain in words.
[4 marks]
(b) Consider a 1.0 metre long Nichrome wire with a radius of 0.5 cm. The electrical resistivity
of Nichrome is 1.0 × 10−6 Ωm.
(b.1) What would happen to the electrical resistance of the Nichrome wire if its length was
doubled?
[1 mark]
(b.2) What would happen to the electrical resistivity of the Nichrome wire if its length was
doubled?
[1 mark]
(b.3) What would happen to the electrical resistance of the Nichrome wire if its radius was
doubled?
[1 mark]
(b.4) If a potential difference of 10 V is maintained across the Nichrome wire what current
will flow in the wire?
[1 mark]
Problem 2 : Transformer circuit
(20 Marks)
L
1H
R
vmains
10
A transformer has a winding that has the equivalent circuit shown in the diagram. The winding
is connected to the mains voltage, which has a frequency of 50 Hz and an rms voltage of 230 V.
(a) What is the impedance of the transformer winding? Express your answer with magnitude
and phase and correct units.
[5 marks]
(b) What current will flow through the winding? Express your answer as both a phasor and
also as a function of time.
Hint: You should assume the mains voltage has zero phase.
[4 marks]
(c) What are the power factor, the real power and the reactive power in the circuit?
[4 marks]
(d) Why do we use rms quanitities when performing power calculations for ac circuits?
[2 marks]
(e) We could modify the winding circuit to be resonant by adding a capacitor in series with the
resistor and inductor. What capacitor value would we need to use if we wanted to have the
resonant frequency be at the mains frequency?
[3 marks]
(f) Explain qualitatively what we would need to do if we wanted to make a sharper resonance.
[2 marks]
