IELTS_14_test_2_complete (1)
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School
Langara College *
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Course
IELTS
Subject
History
Date
Oct 30, 2023
Type
Pages
20
Uploaded by BaronTeamWasp31
Test
2
HERRS
e
SECTION
1
Questions
1-10
Complete
the
notes
below.
Write
ONE
WORD
AND/OR
A
NUMBER
for
each
answer.
TOTAL
HEALTH
CLINIC
PATIENT
DETAILS
Personal
information
Example
Name
Julie
Anne
.....
Garcia,
.
Contact
phone
T
S
Date
of
birth
e
,
1992
Occupation
WOTKS
@8
@
3
.o
Insurance
company
S
Life
Insurance
Details
of
the
problem
Type
of
problem
pain
in
her
left
5
When
it
began
6
Action
already
taken
has
taken
painkillers
and
applied
ice
Other
information
Sports
played
belongs
t0
@
7
e
club
GOBE
B
........
conmmersicvisemmmmmssians
regularly
Medical
history
injured
her
9
...
last
year
no
allergies
no
regular
medication
apart
from
10
...
32
Listening
SECTION
2
Questions
11-20
Questions
11-15
Choose
the
correct
letter,
A,
B
or
C.
11
12
13
14
15
Visit
to
Branley
Castle
Before
Queen
Elizabeth
|
visited
the
castle
in
1576,
A
repairs
were
carried
out
to
the
guest
rooms.
B
anew
building
was
constructed
for
her.
C
afire
damaged
part
of
the
main
hall.
In
1982,
the
castle
was
sold
to
A
the
government.
B
the
Fenys
family.
C
an
entertainment
company.
In
some
of
the
rooms,
visitors
can
A
speak
to
experts
on
the
history
of
the
castle.
B
interact
with
actors
dressed
as
famous
characters.
C
see
models
of
historical
figures
moving
and
talking.
In
the
castle
park,
visitors
can
A
see
an
800-year-old
tree.
B
go
to
an
art
exhibition.
C
visit
a
small
zoo.
At
the
end
of
the
visit,
the
group
will
have
A
afternoon
tea
in
the
conservatory.
B
the
chance
to
meet
the
castle’s
owners.
C
aphotograph
together
on
the
Great
Staircase.
33
Test
2
Questions
16-20
Label
the
plan
below.
Write
the
correct
letter,
A~H,
next
to
Questions
16—20.
Branley
Castle
o
L
U
-
U
Main
entrance
-
-
-
-
-
[™]
1
16
17
18
18
20
34
Starting
point
for
walking
the
walls
Bow
and
arrow
display
Hunting
birds
display
Traditional
dancing
Shop
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Listening
SECTION
3
Questions
21-30
Questions
21-24
Choose
the
correct
letter,
A,
B
or
C.
21
22
23
24
Woolly
mammoths
on
St
Paul’s
Island
How
will
Rosie
and
Martin
introduce
their
presentation?
A
with
a
drawing
of
woolly
mammoths
in
their
natural
habitat
B
with
a
timeline
showing
when
woolly
mammoths
lived
C
with
a
video
clip
about
woolly
mammoths
What
was
surprising
about
the
mammoth
tooth
found
by
Russell
Graham?
A
It
was
still
embedded
in
the
mammoth’s
jawbone.
B
It
was
from
an
unknown
species
of
mammoth.
C
It
was
not
as
old
as
mammoth
remains
from
elsewhere.
The
students
will
use
an
animated
diagram
to
demonstrate
how
the
mammoths
A
became
isolated
on
the
island.
B
spread
from
the
island
to
other
areas.
C
coexisted
with
other
animals
on
the
island.
According
to
Martin,
what
is
unusual
about
the
date
of
the
mammoths’
extinction
on
the
island?
A
howexactitis
B
howearlyitis
C
how
it
was
established
35
Test
2
Questions
25-30
What
action
will
the
students
take
for
each
of
the
following
sections
of
their
presentation?
Choose
SIX
answers
from
the
box
and
write
the
correct
letter,
A-H,
next
to
Questions
25-30.
Actions
make
it
more
interactive
reduce
visual
input
add
personal
opinions
contact
one
of
the
researchers
make
detailed
notes
find
information
online
check
timing
I
oG
M
m
oo
mw
»
organise
the
content
more
clearly
Sections
of
presentation
25
Introducton
26
Discovery
of
the
mammoth
tooth
..
...
27
Initial
questions
asked
by
the
researchers
...
28
Further
research
carried
out
on
the
island
=~
...
29
Findings
and
possible
explanations
...
30
Relevance
to
the
presentday
...
36
Listening
SECTION
4
Questions
31-40
Complete
the
notes
below.
Write
ONE
WORD
ONLY
for
each
answer.
The
history
of
weather
forecasting
Ancient
cultures
$
many
cultures
believed
that
floods
and
other
disasters
were
involved
in
the
creation
of
the
world
.
many
cultures
invented
31
...
and
other
ceremonies
to
make
the
weather
gods
friendly
.
people
needed
to
observe
and
interpret
the
sky
to
ensure
their
32
...
.
around
650
BC,
Babylonians
started
forecasting,
using
weather
phenomena
such
as
33
...
.
by
300
BC,
the
Chinese
had
a
calendar
made
up
of
a
number
of
.
ST
A
connected
with
the
weather
Ancient
Greeks
.
a
more
scientific
approach
«
Aristotle
tried
to
explain
the
formation
of
various
weather
phenomena
*
Avristotle
also
described
haloes
and
35
...
Middle
Ages
»
Aristotle’s
work
considered
accurate
.
many
proverbs,
e.g.
about
the
significance
of
the
colour
of
the
|
L.
S
P
passed
on
accurate
information.
15th—19th
centuries
»
15th
century:
scientists
recognised
value
of
37
...
for
the
first
time
*
Galileo
invented
the
38
...
.
Pascal
showed
relationship
between
atmospheric
pressure
and
altitude
«
from
the
17th
century,
scientists
could
measure
atmospheric
pressure
and
temperature
.
18th
century:
Franklin
identified
the
movement
of
39
...
.
19th
century:
data
from
different
locations
could
be
sent
to
the
same
place
by
40
...
37
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Test
2
READING
READING
PASSAGE
1
You
should
spend
about
20
minutes
on
Questions
1-13,
which
are
based
on
Reading
Passage
1
below.
Alexander
Henderson
(1831-1913)
Born
in
Scotland,
Henderson
emigrated
to
Canada
in
1855
and
became
a
well-known
landscape
photographer
Alexander
Henderson
was
born
in
Scotland
in
1831
and
was
the
son
of
a
successful
merchant.
His
grandfather,
also
called
Alexander,
had
founded
the
family
business,
and
later
became
the
first
chairman
of
the
National
Bank
of
Scotland.
The
family
had
extensive
landholdings
in
Scotland.
Besides
its
residence
in
Edinburgh,
it
owned
Press
Estate,
650
acres
of
farmland
about
35
miles
southeast
of
the
city.
The
family
often
stayed
at
Press
Castle,
the
large
mansion
on
the
northern
edge
of
the
property,
and
Alexander
spent
much
of
his
childhood
in
the
area,
playing
on
the
beach
near
Eyemouth
or
fishing
in
the
streams
nearby.
Even
after
he
went
to
school
at
Murcheston
Academy
on
the
outskirts
of
Edinburgh,
Henderson
returned
to
Press
at
weekends.
In
1849
he
began
a
three-year
apprenticeship
to
become
an
accountant.
Although
he
never
liked
the
prospect
of
a
business
career,
he
stayed
with
it
to
please
his
family.
In
October
1855,
however,
he
emigrated
to
Canada
with
his
wife
Agnes
Elder
Robertson
and
they
settled
in
Montreal.
Henderson
learned
photography
in
Montreal
around
the
year
1857
and
quickly
took
it
up
as
a
serious
amateur.
He
became
a
personal
friend
and
colleague
of
the
Scottish-Canadian
photographer
William
Notman.
The
two
men
made
a
photographic
excursion
to
Niagara
Falls
in
1860
and
they
cooperated
on
experiments
with
magnesium
flares
as
a
source
of
artificial
light
in
1865.
They
belonged
to
the
same
societies
and
were
among
the
founding
members
of
the
Art
Association
of
Montreal.
Henderson
acted
as
chairman
of the
association’s
first
meeting,
which
was
held
in
Notman’s
studio
on
11
January
1860.
In
spite
of
their
friendship,
their
styles
of
photography
were
quite
different.
While
Notman’s
landscapes
were
noted
for
their
bold
realism,
Henderson
for
the
first
20
years
of
his
career
produced
romantic
images,
showing
the
strong
influence
of
the
British
landscape
tradition.
His
artistic
and
technical
progress
was
rapid
and
in
1865
he
published
his
first
major
collection
of
landscape
photographs.
The
publication
had
limited
circulation
(only
seven
copies
have
ever
been
found),
and
was
called
Canadian
Views
and
Studies.
The
contents
of
each
copy
vary
significantly
and
have
proved
a
useful
source
for
evaluating
Henderson’s
early
work.
This
text
is
taken,
for
the
most
part,
verbatim
from
the
Dictionary
of
Canadian
Biography
Volume
XIV
(1911-1920).
For
design
purposes,
quotation
marks
have
been
omitted.
Source:
http:/Amww.biographi.ca/en/bio/henderson_alexander_1831_1913_14E.html.
Reproduced
with
permission.
38
Reading
In
1866,
he
gave
up
his
business
to
open
a
photographic
studio,
advertising
himself
as
a
portrait
and
landscape
photographer.
From
about
1870
he
dropped
portraiture
to
specialize
in
landscape
photography
and
other
views.
His
numerous
photographs
of
city
life
revealed
in
street
scenes,
houses,
and
markets
are
alive
with
human
activity,
and
although
his
favourite
subject
was
landscape
he
usually
composed
his
scenes
around
such
human
pursuits
as
farming
the
land,
cutting
ice
on
a
river,
or
sailing
down
a
woodland
stream.
There
was
sufficient
demand
for
these
types
of
scenes
and
others
he
took
depicting
the
lumber
trade,
steamboats
and
waterfalls
to
enable
him
to
make
a
living.
There
was
little
competing
hobby
or
amateur
photography
before
the
late
1880s
because
of
the
time-consuming
techniques
involved
and
the
weight
of
the
equipment.
People
wanted
to
buy
photographs
as
souvenirs
of
a
trip
or
as
gifts,
and
catering
to
this
market,
Henderson
had
stock
photographs
on
display
at
his
studio
for
mounting,
framing,
or
inclusion
in
albums.
Henderson
frequently
exhibited
his
photographs
in
Montreal
and
abroad,
in
London,
Edinburgh,
Dublin,
Paris,
New
York,
and
Philadelphia.
He
met
with
greater
success
in
1877
and
1878
in
New
York
when
he
won
first
prizes
in
the
exhibition
held
by
E
and
H
T
Anthony
and
Company
for
landscapes
using
the
Lambertype
process.
In
1878
his
work
won
second
prize
at
the
world
exhibition
in
Paris.
In
the
1870s
and
1880s
Henderson
travelled
widely
throughout
Quebec
and
Ontario,
in
Canada,
documenting
the
major
cities
of the
two
provinces
and
many
of
the
villages
in
Quebec.
He
was
especially
fond
of
the
wilderness
and
often
travelled
by
canoe
on
the
Blanche,
du
Liévre,
and
other
noted
eastern
rivers.
He
went
on
several
occasions
to
the
Maritimes
and
in
1872
he
sailed
by
yacht
along
the
lower
north
shore
of
the
St
Lawrence
River.
That
same
year,
while
in
the
lower
St
Lawrence
River
region,
he
took
some
photographs
of
the
construction
of
the
Intercolonial
Railway.
This
undertaking
led
in
1875
to
a
commission
from
the
railway
to
record
the
principal
structures
along
the
almost-completed
line
connecting
Montreal
to
Halifax.
Commissions
from
other
railways
followed.
In
1876
he
photographed
bridges
on
the
Quebec,
Montreal,
Ottawa
and
Occidental
Railway
between
Montreal
and
Ottawa.
In
1885
he
went
west
along
the
Canadian
Pacific
Railway
(CPR)
as
far
as
Rogers
Pass
in
British
Columbia,
where
he
took
photographs
of
the
mountains
and
the
progress
of
construction.
In
1892
Henderson
accepted
a
full-time
position
with
the
CPR
as
manager
of
a
photographic
department
which
he
was
to
set
up
and
administer.
His
duties
included
spending
four
months
in
the
field
each
year.
That
summer
he
made
his
second
trip
west,
photographing
extensively
along
the
railway
line
as
far
as
Victoria.
He
continued
in
this
post
until
1897,
when
he
retired
completely
from
photography.
When
Henderson
died
in
1913,
his
huge
collection
of
glass
negatives
was
stored
in
the
basement
of
his
house.
Today
collections
of
his
work
are
held
at
the
National
Archives
of
Canada,
Ottawa,
and
the
McCord
Museum
of
Canadian
History,
Montreal.
This
text
is
taken,
for
the
most
part,
verbatim
from
the
Dictionary
of
Canadian
Biography
Volume
XIV
(1911-1920).
For
design
purposes,
quotation
marks
have
been
omitted.
Source:
http://www.biographi.ca/en/bio/henderson_alexander_1831_1913_14E.html.
Reproduced
with
permission.
39
Test
2
Questions
1-8
Do
the
following
statements
agree
with
the
information
given
in
Reading
Passage
17?
In
boxes
1-8
on
your
answer
sheet,
write
TRUE
if
the
statement
agrees
with
the
information
FALSE
if
the
statement
contradicts
the
information
NOT
GIVEN
if
there
is
no
information
on
this
Henderson
rarely
visited
the
area
around
Press
estate
when
he
was
younger.
Henderson
pursued
a
business
career
because
it
was
what
his
family
wanted.
Henderson
and
Notman
were
surprised
by
the
results
of
their
1865
experiment.
BhWON
=
There
were
many
similarities
between
Henderson’s
early
landscapes
and
those
of
Notman.
5
The
studio
that
Henderson
opened
in
1866
was
close
to
his
home.
6
Henderson
gave
up
portraiture
so
that
he
could
focus
on
taking
photographs
of
scenery.
7
When
Henderson
began
work
for
the
Intercolonial
Railway,
the
Montreal
to
Halifax
line
had
been
finished.
8
Henderson’s
last
work
as
a
photographer
was
with
the
Canadian
Pacific
Railway.
40
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Reading
Questions
913
Complete
the
notes
below.
Choose
ONE
WORD
ONLY
from
the
passage
for
each
answer.
Write
your
answers
in
boxes
9—13
on
your
answer
sheet.
Alexander
Henderson
Early
life
o
was
born
in
Scotland
in
1831
—fatherwas
@9
...,
e
trained
as
an
accountant,
emigrated
to
Canada
in
1855
Start
of
a
photographic
career
e
opened
up
a
photographic
studio
in
1866
*
took
photos
of
city
life,
but
preferred
landscape
photography
°
people
bought
Henderson’s
photos
because
photography
took
up
considerable
time
and
the
10
...
was
heavy
e
the
photographs
Henderson
soldwere
11
...
or
souvenirs
Travelling
as
a
professional
photographer
e
travelled
widely
in
Quebec
and
Ontario
in
1870s
and
1880s
e
took
many
trips
along
easternriversin
@12
...
*
worked
for
Canadian
railways
between
1875
and
1897
*
worked
for
CPR
in
1885
and
photographed
the
13
...
and
the
railway
at
Rogers
Pass
41
Test
2
READING
PASSAGE
2
You
should
spend
about
20
minutes
on
Questions
14-26,
which
are
based
on
Reading
Passage
2
below.
Back
to
the
future
of
skyscraper
design
Answers
to
the
problem
of
excessive
electricity
use
by
skyscrapers
and
large
public
buildings
can
be
found
in
ingenious
but
forgotten
architectural
designs
of
the
19th
and
early-20th
centuries
A
The
Recovery
of
Natural
Environments
in
Architecture
by
Professor
Alan
Short
is
the
culmination
of
30
years
of
research
and
award-winning
green
building
design
by
Short
and
colleagues
in
Architecture,
Engineering,
Applied
Maths
and
Earth
Sciences
at
the
University
of
Cambridge.
‘The
crisis
in
building
design
is
already
here,
said
Short.
‘Policy
makers
think
you
can
solve
energy
and
building
problems
with
gadgets.
You
can't.
As
global
temperatures
continue
to
rise,
we
are
going
to
continue
to
squander
more
and
more
energy
on
keeping
our
buildings
mechanically
cool
until
we
have
run
out
of
capacity.’
B
Shortis
calling
for
a
sweeping
reinvention
of
how
skyscrapers
and
major
public
buildings
are
designed
—
to
end
the
reliance
on
sealed
buildings
which
exist
solely
via
the
‘life
support’
system
of
vast
air
conditioning
units.
Instead,
he
shows
it
is
entirely
possible
to
accommodate
natural
ventilation
and
cooling
in
large
buildings
by
looking
into
the
past,
before
the
widespread
introduction
of
air
conditioning
systems,
which
were
‘relentlessly
and
aggressively
marketed’
by
their
inventors.
C
Short
points
out
that
to
make
most
contemporary
buildings
habitable,
they
have
to
be
sealed
and
air
conditioned.
The
energy
use
and
carbon
emissions
this
generates
is
spectacular
and
largely
unnecessary.
Buildings
in
the
West
account
for
40-50%
of
electricity
usage,
generating
substantial
carbon
emissions,
and
the
rest
of
the
world
is
catching
up
at
a
frightening
rate.
Short
regards
glass,
steel
and
air-conditioned
skyscrapers
as
symbols
of
status,
rather
than
practical
ways
of
meeting
our
requirements.
D
Short’s
book
highlights
a
developing
and
sophisticated
art
and
science
of
ventilating
buildings
through
the
19th
and
earlier-20th
centuries,
including
the
design
of
ingeniously
ventilated
hospitals.
Of
particular
interest
were
those
built
to
the
designs
of
John
Shaw
Billings,
including
the
first
Johns
Hopkins
Hospital
in
the
US
city
of
Baltimore
(1873—1889).
‘We
spent
three
years
digitally
modelling
Billings’
final
designs,”
says
Short.
‘We
put
pathogens’
in
the
airstreams,
modelled
for
someone
with
tuberculosis
(TB)
coughing
in
the
wards
and
we
found
the
ventilation
systems
in
the
room
would
have
kept
other
patients
safe
from
harm.
*
pathogens:
microorganisms
that
can
cause
disease
Reading
‘We
discovered
that
19th-century
hospital
wards
could
generate
up
to
24
air
changes
an
hour
—
that's
similar
to
the
performance
of
a
modern-day,
computer-controlled
operating
theatre.
We
believe
you
could
build
wards
based
on
these
principles
now.
Single
rooms
are
not
appropriate
for
all
patients.
Communal
wards
appropriate
for
certain
patients
—
older
people
with
dementia,
for
example
—
would
work
just
as
well
in
today’s
hospitals,
at
a
fraction
of
the
energy
cost.’
Professor
Short
contends
the
mindset
and
skill-sets
behind
these
designs
have
been
completely
lost,
lamenting
the
disappearance
of
expertly
designed
theatres,
opera
houses,
and
other
buildings
where
up
to
half
the
volume
of
the
building
was
given
over
to
ensuring
everyone
got
fresh
air.
Much
of
the
ingenuity
present
in
19th-century
hospital
and
building
design
was
driven
by
a
panicked
public
clamouring
for
buildings
that
could
protect
against
what
was
thought
to
be
the
lethal
threat
of
miasmas
—
toxic
air
that
spread
disease.
Miasmas
were
feared
as
the
principal
agents
of
disease
and
epidemics
for
centuries,
and
were
used
to
explain
the
spread
of
infection
from
the
Middle
Ages
right
through
to
the
cholera
outbreaks
in
London
and
Paris
during
the
1850s.
Foul
air,
rather
than
germs,
was
believed
to
be the
main
driver
of
‘hospital
fever’,
leading
to
disease
and
frequent
death.
The
prosperous
steered
clear
of
hospitals.
While
miasma
theory
has
been
long
since
disproved,
Short
has
for
the
last
30
years
advocated
a
return
to
some
of
the
building
design
principles
produced
in
its
wake.
Today,
huge
amounts
of
a
building’s
space
and
construction
cost
are
given
over
to
air
conditioning.
‘But
|
have
designed
and
built
a
series
of
buildings
over
the
past
three
decades
which
have
tried
to
reinvent
some
of
these
ideas
and
then
measure
what
happens.
“To
go
forward
into
our
new
low-energy,
low-carbon
future,
we
would
be
well
advised
to
look
back
at
design
before
our
high-energy,
high-carbon
present
appeared.
What
is
surprising
is
what
a
rich
legacy
we
have
abandoned.’
Successful
examples
of
Short’s
approach
include
the
Queen’s
Building
at
De
Montfort
University
in
Leicester.
Containing
as
many
as
2,000
staff
and
students,
the
entire
building
is
naturally
ventilated,
passively
cooled
and
naturally
lit,
including
the
two
largest
auditoria,
each
seating
more
than
150
people.
The
award-winning
building
uses
a
fraction
of
the
electricity
of
comparable
buildings
in
the
UK.
Short
contends
that
glass
skyscrapers
in
London
and
around
the
world
will
become
a
liability
over
the
next
20
or
30
years
if
climate
modelling
predictions
and
energy
price
rises
come
to
pass
as
expected.
He
is
convinced
that
sufficiently
cooled
skyscrapers
using
the
natural
environment
can
be
produced
in
almost
any
climate.
He and
his
team
have
worked
on
hybrid
buildings
in
the
harsh
climates
of
Beijing
and
Chicago
—
built
with
natural
ventilation
assisted
by
back-up
air
conditioning
—
which,
surprisingly
perhaps,
can
be
switched
off
more
than
half
the
time
on
milder
days
and
during
the
spring
and
autumn.
Short
looks
at
how
we
might
reimagine
the
cities,
offices
and
homes
of
the
future.
Maybe
it’s
time
we
changed
our
outlook.
43
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Test
2
Questions
14—-18
Reading
Passage
2
has
nine
sections,
A-l.
Which
section
contains
the
following
information?
Write
the
correct
letter,
A-I,
in
boxes
14—18
on
your
answer
sheet.
14
why
some
people
avoided
hospitals
in
the
19th
century
15
a
suggestion
that
the
popularity
of
tall
buildings
is
linked
to
prestige
16
a
comparison
between
the
circulation
of
air
in
a
19th-century
building
and
modern
standards
17
how
Short
tested
the
circulation
of
air
in
a
19th-century
building
18
an
implication
that
advertising
led
to
the
large
increase
in
the
use
of
air
conditioning
44
Reading
Questions
19-26
Complete
the
summary
below.
Choose
ONE
WORD
ONLY
from
the
passage
for
each
answer.
Write
your
answers
in
boxes
19—-26
on
your
answer
sheet.
Ventilation
in
19th-century
hospital
wards
Professor
Alan
Short
examined
the
work
of
John
Shaw
Billings,
who
influenced
the
architectural
19
...
of
hospitals
to
ensure
they
had
good
ventilation.
He
calculated
that
20
...
in
the
air
coming
from
patients
suffering
from
7
[
would
not
have
harmed
other
patients.
He
also
found
that
the
air
I
BR
siomonmssommnie
in
hospitals
could
change
as
often
as
in
a
modern
operating
theatre.
He
suggests
that
energy
use could
be
reduced
by
locating
more
patients
in
A
major
reason
for
improving
ventilation
in
19th-century
hospitals
was
the
demand
from
the24
...
for
protection
against
bad
air,
known
as
25
...
.
These
were
blamed
for
the
spread
of
disease
for
hundreds
of
years,
including
epidemics
B
B0
i
in
London
and
Paris
in
the
middle
of
the
19th
century.
45
Test
2
READING
PASSAGE
3
You
should
spend
about
20
minutes
on
Questions
27-40,
which
are
based
on
Reading
Passage
3
on
pages
47
and
48.
Questions
27-34
Reading
Passage
3
has
eight
sections,
A—H.
Choose
the
correct
heading
for
each
section
from
the
list
of
headings
below.
Write
the
correct
number,
i-ix,
in
boxes
27-34
on
your
answer
sheet.
List
of
Headings
i
Complaints
about
the
impact
of
a
certain
approach
ii
Fundamental
beliefs
that
are
in
fact
incorrect
iii
Early
recommendations
concerning
business
activities
iv.
Organisations
that
put
a
new
approach
into
practice
v
Companies
that
have
suffered
from
changing
their
approach
vi
What
people
are
increasingly
expected
to
do
vii
How
to
achieve
outcomes
that
are
currently
impossible
viii
Neither
approach
guarantees
continuous
improvement
ix
Evidence
that
a
certain
approach
can
have
more
disadvantages
than
advantages
27
Section
A
28
SectionB
29
SectionC
30
SectionD
31
Section
E
32
Section
F
33
Section
G
34
Section
H
46
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Reading
Why
companies
should
welcome
disorder
Organisation
is
big
business.
Whether
it
is
of
our
lives
—
all
those
inboxes
and
calendars
—
or
how
companies
are
structured,
a
multi-billion
dollar
industry
helps
to
meet
this
need.
We
have
more
strategies
for
time
management,
project
management
and
self-organisation
than
at
any
other
time
in
human
history.
We
are
told
that
we
ought
to
organise
our
company,
our
home
life,
our
week,
our
day
and
even
our
sleep,
all
as
a
means
to
becoming
more
productive.
Every
week,
countless
seminars
and
workshops
take
place
around
the
world
to
tell
a
paying
public
that
they
ought
to
structure
their
lives
in
order
to
achieve
this.
This
rhetoric
has
also
crept
into
the
thinking
of
business
leaders
and
entrepreneurs,
much
to
the
delight
of
self-proclaimed
perfectionists
with
the
need
to
get
everything
right.
The
number
of
business
schools
and
graduates
has
massively
increased
over
the
past
50
years,
essentially
teaching
people
how
to
organise
well.
Ironically,
however,
the
number
of
businesses
that
fail
has
also
steadily
increased.
Work-related
stress
has
increased.
A
large
proportion
of
workers
from
all
demographics
claim
to
be
dissatisfied
with
the
way
their
work
is
structured
and
the
way
they
are
managed.
This
begs
the
question:
what
has
gone
wrong?
Why
is
it
that
on
paper
the
drive
for
organisation
seems
a
sure
shot
for
increasing
productivity,
but
in
reality
falls
well
short
of
what
is
expected?
This
has
been
a
problem
for
a
while
now.
Frederick
Taylor
was
one
of
the
forefathers
of
scientific
management.
Writing
in
the
first
half
of
the
20th
century,
he
designed
a
number
of
principles
to
improve
the
efficiency
of
the
work
process,
which
have
since
become
widespread
in
modern
companies.
So
the
approach
has
been
around
for
a
while.
New
research
suggests
that
this
obsession
with
efficiency
is
misguided.
The
problem
is
not
necessarily
the
management
theories
or
strategies
we
use
to
organise
our
work;
it’s
the
basic
assumptions
we
hold
in
approaching how
we
work.
Here
it’s
the
assumption
that
order
is
a
necessary
condition
for
productivity.
This
assumption
has
also
fostered
the
idea
that
disorder
must
be
detrimental
to
organisational
productivity.
The
result
is
that
businesses
and
people
spend
time
and
money
organising
themselves
for
the
sake
of
organising,
rather
than
actually
looking
at
the
end
goal
and
usefulness
of
such
an
effort.
What’s
more,
recent
studies
show
that
order
actually
has
diminishing
returns.
Order
does
increase
productivity
to
a
certain
extent,
but
eventually
the
usefulness
of
the
process
of
organisation,
and
the
benefit
it
yields,
reduce
until
the
point
where
any
further
increase
in
order
reduces
productivity.
Some
argue
that
in
a
business,
if
the
cost
of
formally
structuring
something
outweighs
the
benefit
of
doing
it,
then
that
thing
ought
not
to
be
formally
structured.
Instead,
the
resources
involved
can
be
better
used
elsewhere.
47
Test
2
48
In
fact,
research
shows
that,
when
innovating,
the
best
approach
is
to
create
an
environment
devoid
of
structure
and
hierarchy
and
enable
everyone
involved
to
engage
as
one
organic
group.
These
environments
can
lead
to
new
solutions
that,
under
conventionally
structured
environments
(filled
with
bottlenecks
in
terms
of
information
flow,
power
structures,
rules,
and
routines)
would
never
be
reached.
In
recent
times
companies
have
slowly
started
to
embrace
this
disorganisation.
Many
of
them
embrace
it
in
terms
of
perception
(embracing
the
idea
of
disorder,
as
opposed
to
fearing
it)
and
in
terms
of
process
(putting
mechanisms
in
place
to
reduce
structure).
For
example,
Oticon,
a
large
Danish
manufacturer
of
hearing
aids,
used
what
it
called
a
‘spaghetti’
structure
in
order
to
reduce
the
organisation’s
rigid
hierarchies.
This
involved
scrapping
formal
job
titles
and
giving
staff
huge
amounts
of
ownership
over
their
own
time
and
projects.
This
approach
proved
to
be
highly
successful
initially,
with
clear
improvements
in
worker
productivity
in
all
facets
of
the
business.
In
similar
fashion,
the
former
chairman
of
General
Electric
embraced
disorganisation,
putting
forward
the
idea
of
the
‘boundaryless’
organisation.
Again,
it
involves
breaking
down
the
barriers
between
different
parts
of
a
company
and
encouraging
virtual
collaboration
and
flexible
working.
Google
and
a
number
of
other
tech
companies
have
embraced
(at
least
in
part)
these
kinds
of
flexible
structures,
facilitated
by
technology
and
strong
company
values
which
glue
people
together.
A
word
of
warning
to
others
thinking
of
jumping
on
this
bandwagon:
the
evidence
so far
suggests
disorder,
much
like
order,
also
seems
to
have
diminishing
utility,
and
can
also
have
detrimental
effects
on
performance
if
overused.
Like
order,
disorder
should
be
embraced
only
so
far
as
it
is
useful.
But
we
should
not
fear
it
—
nor
venerate
one
over
the
other.
This
research
also
shows
that
we
should
continually
question
whether
or
not
our
existing
assumptions
work.
Reading
Questions
35-37
Complete
the
sentences
below.
Choose
ONE
WORD
ONLY
from
the
passage
for
each
answer.
Write
your
answers
in
boxes
35-37
on
your
answer
sheet.
35
Numerous
training
sessions
are
aimed
at
people
who
feel
they
are
not
..........................................
enough.
36
Being
organised
appeals
to
people
who
regard
themselves
as
...
.
37
Many
people
fe€l
...
with
aspects
of
their
work.
Questions
38-40
Do
the
following
statements
agree
with
the
information
given
in
Reading
Passage
3?7
In
boxes
38-40
on
your
answer
sheet,
write
TRUE
if
the
statement
agrees
with
the
information
FALSE
if
the
statement
contradicts
the
information
NOT
GIVEN
if
there
is
no
information
on
this
38
Both
businesses
and
people
aim
at
order
without
really
considering
its
value.
39
Innovation
is
most
successful
if
the
people
involved
have
distinct
roles.
40
Google
was
inspired
to
adopt
flexibility
by
the
success
of
General
Electric.
49
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Test
2
WRITING
WRITING
TASK
1
You
should
spend
about
20
minutes
on
this
task.
The
chart
below
shows
the
value
of
one
country’s
exports
in
various
categories
during
2015
and
2016.
The
table
shows
the
percentage
change
in
each
category
of
exports
in
2016
compared
with
2015.
Summarise
the
information
by
selecting
and
reporting
the
main
features,
and
make
comparisons
where
relevant.
Write
at
least
150
words.
50
$
billions
Export
Earnings
(2015-2016)
o
|
Petroleum
IEngineered'
Gems
and
'Agriculturall
Textiles
products
goods
jewellery
products
Product
Category
Percentage
change
in
values
(2015-2016)
Petroleum
products
4
3%
Engineered
goods
4
s85%
Gems
and
jewellery
5.18%
\
4
Agricultural
products
4
o081%
Textiles
4
1524%
Writing
WRITING TASK
2
You
should
spend
about
40
minutes
on
this
task.
Write
about
the
following
topic:
Some
people
say
that
the
main
environmental
problem
of
our
time
is
the
loss
of
particular
species
of
plants
and
animals.
Others
say
that
there
are
more
important
environmental
problems.
Discuss
both
these
views
and
give
your
own
opinion.
Give
reasons
for
your
answer
and
include
any
relevant
examples
from
your
own
knowledge
or
experience.
Write
at
least
250
words.
51
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