XYZ final 1
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Course
320
Subject
Industrial Engineering
Date
Dec 6, 2023
Type
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12
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“ru
7
Ecole
de
gestion
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John
Molson
\j
Concordia
‘John-Molson
School
of
Business
G
e
Student
Name
ID#
Sample
Exam
#4
#
OF
PAGES:
12
(incl.
cover
page)
MATERIALS
ALLOWED:
1)
NON-ELECTRONIC
ENGLISH
LANGUAGE
/
OTHER
LANGUAGE
DICTIONARY
2)
NON-PROGRAMMABLE
CALCULATOR
-
MAY
NOT
BE
SHARED
SPECIAL
INSTRUCTIONS:
READ
THE
INSTRUCTIONS
BELOW
INSTRUCTIONS
1.
ANSWER
ALL
QUESTIONS
IN
THE
ANSWER
BOOKLET
THAT
HAS
BEEN
PROVIDED
TO
YOU.
2.
BE
SURE
TO
RETURN
THE
EXAM
PAPER
ALONG
WITH
THE
ANSWER
BOOKLET
AT
THE
END
OF
THE
EXAM.
3.
ANY
STUDENT
WHO
FAILS
TO
RETURN
THE
ENTIRE
EXAM
PAPER
ALONG
WITH
THE
ANSWER
BOOKLET(S)
WILL
BE
REPORTED
FOR
CHEATING.
4.
DO
NOT
TEAR
YOUR
EXAM
PAPER
OR
YOUR
ANSWER
BOOKLET(S).
5.
BE
SURE
TO
PUT
YOUR
NAME
AND
STUDENT
I.D.
NUMBER
ON
THE
EXAM
PAPER
AND
THE
ANSWER
BOOKLET.
6.
START
EACH
QUESTION
ON
A
NEW
PAGE
IN
THE
ANSWER
BOOKLET.
7.1T
IS
VERY
IMPORTANT
TO
WRITE
THE
NAME
OF
YOUR
INSTRUCTOR
AND
SECTION
LETTER/NUMBER
ON
YOUR
ANSWER
BOOKLET(S).
Good
Luck!
Question
1
(20
Multiple
Choice
Questions)
(45
-
50
minutes)
(24
marks)
Choose
the
Best
answer
of
the
following
multiple-choice
questions.
Do
not
answer
on
the
EXAM
PAPER;
write
your
answers
in
the
ANSWER
BOOKLET.
Use
the
following
information
to
answer
questions
1-4:
XYZ
Corporation
begins
the
month
of
March
with
10,000
units
in
beginning
inventory
of
work-in-process,
55%
complete.
50,000
units
were
started
during
the
month.
Ending
inventory
of
work-in-process
is
8,000
units,
25%
complete.
Units
are
inspected
for
rework
when
they
are
75%
compete.
Rejected
units
are
returned
to
the
40%
point.
Normal
rework
is
2%
of
the
units
surviving
the
inspection.
During
the
period,
48,000
units
were
inspected
for
rework.
An
inspection
for
spoilage occurs
at
20%.
Normal
spoilage
is
10%
of
the
units
inspected,
7,000
units
were
discarded
at
this
point.
1.
Normal
spoilage
during
March
amounted
to:
A)
6,000
B)
5,000
C)
4,200
D)
5,200
E)
None
of
the
above.
(1.5
mark)
2.
Normal
rework
during
March
amounted
to:
A)
1,040
B)
1,200
C)
960
D)
900
E)
None
of
the
above.
(1.5
mark)
3.
Assuming
the
answers
of
questions
1
and
2
above
are
4,000
and
1,000,
respectively,
the
proportion
of
normal
spoilage
cost
allocated
to
normal
rework
would
be:
A)
1/63
B)
1/60
C)
1/57
D)0
E)
None
of
the
above.
(1
mark)
4.
Assuming
the
answers
of
questions
1
and
2
above
are
4,000
and
1,000,
respectively,
the
proportion
of
normal
rework
cost
allocated
to
normal
spoilage
would
be:
A)
4/63
B)
4/60
C)
4/57
D)0
E)
None
of
the
above.
(1
mark)
The
following
information
pertains
to
questions
5
to
9:
The
assembly
department
of
ABC,
Inc.
uses
weighted
average
process
costing
method.
It
began
the
month
of
January
1998
with
8,000
units
in
beginning
work-in-process,
which
were
75%
complete.
During
the
period,
work
was
begun
on
an
additional
45,000
units.
Direct
materials
are
added
when
the
goods
are
50%
complete,
labor
is
added
when
the
units
are
30%
complete
and
overhead
is
incurred
uniformly.
Units
are
inspected
for
rework
when
they
are
70%
complete.
Rejected
units
are
returned
to
40%
complete
point
for
rework.
Normal
rework
is
2
percent
of
the
units
surviving
inspection.
During
the
period,
42,000
units
were
inspected
for
rework.
An
inspection
for
spoilage
occurs
when
the
units
are
80%
complete.
Normal
spoilage
is
1
percent
of
units
inspected.
This
period,
600
units
were
spoiled.
Ending
work-in-
process
on
January
31%,
consisted
of
4,000
units,
25%
complete.
5.
The
number
of
equivalent
units
of
direct
material
in
normal
spoilage
was:
A)
400
B)
490
C)
o0
D)
500
E)
None
of the
above.
(1
mark)
6.
The
number
of
equivalent
units
of
overhead
in
normal
spoilage
was:
A)
392
B)
400
C)
380
D)
0
E)
None
of
the
above.
(1
mark)
7.
The
number
of
equivalent
units
of
direct
labor
in
normal
rework
was:
A)
1,000
B)
0
C)
950
D)
820
E)
None
of the
above.
(1
mark)
8.
The
number
of
equivalent
units
of
overhead
in
normal
rework
was:
A)
250
B)
325.50
C)
246
D)
0
E)
None
of the
above.
(1
mark)
9.
The
number
of
equivalent
units
of
direct
labor
in
abnormal
spoilage
was:
A)
0
B)
110
C)
100
D)
75
E)
None
of the
above.
(1
mark)
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Use
the
following
information
to
answer
questions
10-15
Assume
that
overhead
is
applied
to
the
production
on
the
basis
of
standard
labour
hours.
Number
of
labour
hours
in
the
master
budget
6,000
Standard
labour
hours
allowed
per
unit
2
Actual
labour
hours
used
per
unit
2.1
Actual
total
variable
overhead
costs
$20,000
Actual
total
fixed
overhead
costs
$23,750
Fixed
overhead
applied
to
production
$25,000
Variable
overhead
efficiency
variance
$937.50U
Fixed
overhead
volume
variance
$1,000F
10.
What
is
the
standard
variable
overhead
rate
per
labour
hour?
A)
$2.00
B)
$3.00
C)
$4.00
D)
$4.80
E)
None
of
the
above.
(1.5
marks)
11.
What
is
the
fixed
overhead
predetermined
rate
per
labour
hour?
A)
$2.00
B)
$3.00
C)
$4.00
D)
$4.80
E)
None
of
the
above.
(1
mark)
12.
What
is
the
variable
overhead
allowed
in
the
flexible
budget
using
actual
units
of
output?
A)
$14,400
B)
$18,750
C)
$19,250
D)
$22,350
E)
None
of
the
above.
(1.5
marks)
13.
What
is
the
fixed
overhead
allowed
in
the
flexible
budget?
A)
$23,500
B)
$24,500
C)
$25,500
D)
$26,000
E)
None
of
the
above.
(1
mark)
14.
What
is
the
variable
overhead
spending
variance?
A)$125.50
F
B)
$312.50U
C)
$240.50
F
D)
$240.50
U
E)
None
of
the
above.
(1
mark)
15.
What
is
the
fixed
overhead
flexible
budget
variance?
A)$250F
B)$1,250
F
C)$1,250U
D)
$1,750
U
E)
None
of
the
above.
(1
mark)
16.
Company
F
has
two
production
departments,
A
and
B,
and
two
service
departments,
janitorial
and
personnel.
Personnel
costs
are
allocated
based
on
number
of
employees
and
janitorial
costs
are
allocated
based
on
size
of
the
department
in
square
meters.
Department
No.
of
Sq.
Meters
Direct
Costs
Employees
A
150
10,000
$
750,000
B
200
20,000
600,000
Janitorial
25
1,000
25,000
Personnel
15
2,000
18.000
Total
390
33,000
$1,393,000
Under
the
reciprocal
allocation
method,
what
amount
of
personnel
costs
would
be
allocated
to
Department
B
(round
to
the
nearest
dollar)?
A)
$7,585
B)
$8,733
C)
$9,866
D)
$10,477
E)
None
of
the
above
(2
marks)
17.
LLS
Inc.
produces
various
lighting
products,
including
lamps
and
lampshades.
The
following
data
pertains
to
the
direct
labour
costs
associated
with
the
production
of
3,000
lampshades
during
January:
Actual
direct
labour
costs
incurred
$14,685
Standard
direct
labour
cost
allowed
for
actual
units
produced
$12,375
Direct
labour efficiency
variance
$3,300
unfavourable
The
actual
direct
labour
rate
was
$2
per
hour
lower
than
the
budgeted
direct
labour
rate.
What
was
the
actual
amount
of
direct
labour
time
used
to
produce
one
lampshade
in
January?
A)
0.385
hour
per
unit
B)
1.1
hours
per
unit
)
0.165
hour
per
unit
D)
0.935
hour
per
unit
E)
0.55
hour
per
unit
(1.5
marks)
18.
Dundas
Company
uses
an
activity-based
costing
system.
Consider
the
following
information:
Manufacturing
Cost
Driver
Used
Conversion
Cost
per
Activity
Area
As
Application
Base
Unit
of
Application
Base
Machine
setup
Number
of
setups
$100
Material
handling
Number
of
parts
5
Milling
Machine
hours
40
Assembly
Direct
labour
hours
20
During
the
past
month,
40
units
of
a
component
were
produced.
Two
setups
were
required.
Each
unit
needs
25
parts,
3
direct
labour
hours
and
5
machine
hours.
Direct
materials
cost
$125
per
finished
unit.
All
other
costs
are
classified
as
conversion
costs.
The
manufacturing
cost
per
unit
of
the
component
is
A.
$139.63.
B.
$290.00.
C.
$390.00.
D.
$515.00.
E.
$710.00.
(1
mark)
19.
Balto
Company
budgeted
production
and
sales
of
63,000
units
of
Xeron
in
June,
but
produced
and
sold
only
60,000
units.
Variable
costs
of
$125,000
were
incurred
during
this
period.
Variable
manufacturing
cost
was
budgeted
at
$2.25
per
unit.
What
is
the
flexible
budget
variance
for
the
variable
manufacturing
cost?
A)
$10,000
F
B)
$10,000
U
C)$16,750
F
D)
$16,750
U
E)
None
of
the
above.
(1
mark)
20.
Lampco
has
determined
that,
for
its
“Slender”
model
of
lamp,
the
direct
materials
cost
is
$5
per
unit
and
the
direct
labour
cost
is
$4
per
unit.
Based
on
20
monthly
observations,
the
company
ran
a
regression
that
projected
the
overhead
associated
with
this
model
of
lamp
as
follows:
Overhead
=
16,500
+
.75X,
where
X
is
the
direct
labour
cost.
The
selling
price
for
the
Slender
lamp
is
$17
per
unit.
What
is
the
expected
gross
margin
from
sales
of
the
Slender
lamp
next
month
if
sales
volume
is
estimated
to
be
5,000
units?
A)
$36,250
B)
$23,500
C)
$8,500
D)
$19,750
E)
$25,000
(1.5
marks)
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Question
2
(20-24
minutes)
(16
marks)
Modial,
Inc.
has
two
alternative
means
of
manufacturing
its
product.
Process
A
has
fixed
costs
of
$20,000
per
period
and
a
variable
cost
of
$6
per
unit
produced.
Process
B
requires
fixed
costs
of
$45,000
per
period
plus
a
variable
cost
of
$4
per
unit
produced.
The
product
sells
for
$8
per
unit.
The
firm
has
forecast
sales
to
be
as
follows:
Sales
units
=
8,000
units
per
period
+
0.0002
X
(Disposable
income)
The
equation
was
determined
by
fitting
a
regression
line
to
25
pairs
of
data
relating
sales
to
the
disposable
income
of
residents
in
various
marketing
areas.
The
standard
error
of
the
estimate
is
700
units.
The
firm
estimates
that
the
disposable
income
of
residents
in
a
new
marketing
area
is
$25,000,000
for
the
next
period.
Required:
YOU
MUST
Provide
all
the
detailed
supporting
computations.
a.
If
the
firm
uses
process
B
in
this
new
area,
what
is
the
probability
of
losing
money
in
the
next
period?
(2.5
marks)
b.
What
is
the
range
of
sales
in
units
the
firm
can
expect
in
the
new
area
with
confidence
of
90%
for
the
next
period?
(2
marks)
c.
What
is
the
probability
that
sales
in
this
area
will
exceed
14,964
units
per
period?
(2.5
marks)
d.
Assume
that
based
on
market
surveys,
the
company
expects
to
sell
14,000
units
during
next
period,
and
accordingly
made
the
appropriate
investment.
Also,
assume
that
the
management
expects
the
demand
will
be
equally
likely
over
a
range
of
8,000
to
28,000
units
during
the
next
period.
Now,
compute
the
expected
cost
of
prediction
error
for
next
period.
(9
marks)
Question
3
(50-55
minutes)
(30
marks)
Mike
Jerguson,
the
president
of
Jerguson
Foundry
Limited
(JFL),
sat
in
his
office
early
on
June
2,
2004,
reviewing
the
financial
statements
of
JFL
for
the
fiscal
year
ended
May
31,
2004.
The
results
for
the
year
were
both
a
shock
and
a
disappointment.
JFL
produces
two
types
of
wood
stoves:
Basic
and
Deluxe.
Mr.
Jerguson
presented
to
you
the
statement
of
budgeted
and
actual
results
(Exhibit
1),
as
well
as
a
statement
of
standard
costs
(Exhibit
2),
plus
some
market
and
job-cost
data
(Exhibit
3).
He
approached
you
for
some
advice
and
described
to
you
his
concerns
to
profit
declining,
despite
the
increase
in
sales
volume.
Exhibit
1
Jerguson
Foundry
Limited
Static
Budget
and
Actual
Results
For
the
year
Ended
May
31,
2004
Static
Budget
Basic
Deluxe
Total
Sales
volume
(in
units)
4,500
5,500
10,000
Sales
Revenue
$1,350,000
$4,400,000
§$5,750,000
Variable
Costs:
Direct
materials
315,000
1,045,000
1,360,000
Direct
labor
405,000
1,320,000
1,725,000
Overhead
202,500
660,000
862,500
Selling
and
administration
67,500
220,000
287,500
Contribution
margin
$360,000
$1,155,000
$1,515,000
Fixed
costs:
Manufacturing
750,000
Selling
and
administration
132,500
Operating
income
$632.500
Actual
Results
Basic
Deluxe
Total
Sales
volume
(in
units)
7,200
4,800
12,000
Sales
Revenue
$2,340,000
$3,360,000
§5,700,000
Variable
Costs:
Direct
materials
486,000
820,800
1,306,800
Direct
labor
748,800
1,190,400
1,939,200
Overhead
374,400
595,200
969,600
Selling
and
administration
108.000
192.000
300,000
Contribution
margin
$622.800
$561,600
$1,184,400
Fixed
costs:
Manufacturing
780,000
Selling and
administration
139,500
Operating
income
$264.900
Question
3
(...
continued)
Exhibit
2
Jerguson
Foundry
Limited
Unit
Cost
Standards
For
the
year
Ended
May
31,
2004
Basic
Deluxe
Stove
Stove
Direct
materials:
Standard
quantity
per
unit
70
kg
190
kg
Standard
price
per
kilogram
$1.00
$1.00
Direct
labor:
Standard
hours
per
unit
6
hrs
16
hrs
Standard
rate
per
hour
$15.00
$15.00
Variable
overhead:
Standard
hours
per
unit
6
hrs
16
hrs
Standard
rate
per
hour
$7.50
$7.50
Variable
selling
and
administrative
rate
per
unit
$15.00
$40.00
Exhibit
3
Jerguson
Foundry
Limited
Market
and
Job-Cost
Data
For
the
year
Ended
May
31,
2004
Market
Data:
Expected
total
market
sales
of
wood
stoves
100,000
units
Actual
total
market
sales
of
wood
stoves
133,333
units
Summary
of
Job
Cost
Sheets:
Basic
Deluxe
Units
of
wood
stoves
produced
7,200
4,800
Direct
materials:
Actual
quantity
used
in
kilograms
540,000
912,000
Actual
price
per
kilogram
$0.90
$0.90
Direct
labor:
Actual
direct
labor
hours
worked
46,800
74,400
Actual
rate
per
hour
$16.00
$16.00
Actual
Variable
overhead
$374,400
$595,200
Required:
YOU
MUST
Provide
all
the
detailed
supporting
computations.
a.
For
the
fiscal
year
2004, reconcile
JFL
budgeted
operating
income
to
actual
operating
income
by
computing
all
meaningful
variances
by
product,
wherever
feasible.
(26
marks)
b.
Based
on
your
variance
analysis,
briefly
provide
four
specific
reasons
to
the
decline
in
the
actual
operating
income
of
JFL
for
the fiscal
year
2004
compared
to
the
budget.
(4
marks)
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Question
4
(14-18
minutes)
(10
marks)
Paradox
Manufacturing
Limited
(PML)
produces
a
chemical,
Paradox,
which
is
used
to
kill
budworms.
Analysis
has
shown
that
a
10-litre
container
of
Paradox
is
made
from
5
litres
of
Deet
and
6
litres
of
Balox.
For
fiscal
2003,
Deet
was
forecast
to
cost
$12
per
litre
and
Balox
was
expected
to
retail
for
$6
per
litre.
The
manufacture
of
Paradox
involves
heating
the
Deet
and
Balox
to
exactly
110°C
and
then
mixing
the
two
together.
As
a
result
of
heating
the
ingredients,
some
input
is
lost
due
to
evaporation.
The
budget
for
2003
estimated
that
sales
and
production
volume
would
be
150,000
litres
of
Paradox.
Due
to
the
massive
and
unexpected
infestation
of
the
budworm
in
Northern
Ontario,
the
sales
and
production
volume
was
actually
206,000
litres.
PML
buys
the
necessary
ingredients
and
produces
Paradox
to
order;
the
risk
of
environmental
damage
resulting
from
the
storage
of
Paradox
(and
the
related
liability
insurance
costs)
is
too
high
for
the
company
to
consider
any
other
policy.
Because
of
the
increase
in
expected
sales
volume
on
January
1,
2003,
the
price
of
Balox
increased
to
$9
per
litre,
and
the
price
of
Deet
decreased
to
$11
per
litre.
The
results
for
2003
were
interesting.
Due
to
the
increase
in
the
price
of
Balox,
every
effort
was
made
to
reduce
Balox
evaporation.
Less
care
was
devoted
to
the
Deet.
The
actual
quantities
used
were
123,826
litres
of
Deet
and
115,083
litres
of
Balox.
The
president
of
PML
was
very
pleased
with
the
results
for
the
year.
With
sales
increasing,
profits
were
of
course
greater
than
expected.
Paradox
sells
for
$32
per
litre;
standard
costs
for
materials,
labour,
and
overhead
amount
to
$20
per
litre.
With
selling
and
administrative
costs
of
$1,320,000
(all
fixed),
profit
was
estimated
to
be
$480,000.
Actual
profits
earned
were
$731,767.
All
revenues
and
expenses
were
as
predicted
with
the
exception
of
raw
materials.
A
large
bonus
was
planned
for
workers
and
management
and
the
president
planned
to
propose
a
large
dividend
for
shareholders
at
the
next
meeting
of
the
board
of
directors.
Required
a.
For
the
fiscal
year
2003,
compute
the
price
and
usage
variances
for
each
of the
two
raw
materials
used
to
produce
Paradox:
Deet
and
Balox.
(4
marks)
b.
For
the
fiscal
year
2003,
divide
the
total
raw
materials
usage
variance
into
yield
and
mix
components.
(3
marks)
c.
For
the
fiscal
year
2003,
provide
specific
comments
on
the
raw
materials
variances
and
their
effect
on
PML’s
profit.
(3
marks)
10
Question
5
(28-33
minutes)
(20
marks)
AMC
is
a
semiconductor
firm
that
specializes
in
the
production
of
extended
life
memory
chips.
The
first
stage
of
the
manufacturing
operation
is
fabrication
in
which
raw
silicon
wafers
are
first
photolithographed
and
then
baked
at
high
temperatures.
This
process
yields
three
individual
products
at
a
common
split-off
point.
For
each
batch
of
1,600
raw
silicon
wafers,
these
products
are:
:
1.
300
high-density
(HD)
memory
chips
2.
900
low-density
(LD)
memory
chips
3.
400
defective
memory
chips.
The
density
of
a
memory
chip
is
based
on
the
number
of
good
memory
bits
on
each
chip,
with
HD
chips
having
more
memory
bits
per
chip
than
LD
chips.
The
400
defective
memory
chips
from
each
batch
have
zero
salvage
value
and
are
considered
normal
spoilage.
The
joint
cost
of
purchasing
and
processing
the
1,600
raw
silicon
wafers
to
the
split-off
point
is
$5,000.
AMC
has
two
options
for
each
grade
of
good
memory
chip
at
the
split-off
point:
1.
Sell
immediately.
HD
chips
have
a
sales
price
of
$10
each.
LD
chips
have
a
sales
price
of
$5
each.
2.
Process
further
into
extended
life
memory
chips.
This
processing
step
exposes
the
chips
to
extreme
conditions
(e.g.,
as
to
high
temperature),
and
those
that
survive
are
sold
as
extended
life
memory
chips.
Data
pertaining
to
this
further
processing
stage
include
the
following:
Extended
life
high-density
(EL-HD)
chips:
From
a
batch
of
300
HD
chips,
the
yield
is
200
EL-HD
chips.
The
100
defective
chips
from
this
further
processing
step
have
a
salvage
value
of
$3
each.
All
100
defective
chips
are
considered
normal
spoilage
specific
to
EL-HD.
The
separable
cost
to
further
process
the
300
HD
chips
is
$1,300.
The
sales
price
for
each
EL-HD
chips
is
$30.
Extended
life
low-density
(EL-LD)
chips:
From
a
batch
of
900
LD
chips,
the
yield
is
500
EL-LD
chips.
The
400
defective
chips
from
this
further
processing
step
have
a
salvage
value
of
$2
each.
All
400
defective
chips
are
considered
normal
spoilage
specific
to
EL-LD.
The
separable
cost
to
further
process
the
900
LD
chips
is
$3,800.
The
sales
price
for
each
EL-LD
chip
is
$18.
AMC
has
consistently
followed
the
policy
of
further
processing
the
entire
output
of
both
the
HD
and
LD
chips
into
their
EL-HD
and
EL-LD
forms.
.
Required:
YOU
MUST
Provide
all
the
detailed
supporting
computations.
a.
Compute
the
unit
cost
of
EL-HD
and
the
unit
cost
of
EL-LD
under
the
two
allocation
methods:
(1)
Physical
measure
method.
(7
marks)
(2)
The
net
realizable
value
(NRV)
method.
(8
marks)
b.
Peach
Computer
Systems
offers
to
buy
900
LD
memory
chips
from
AMC
at
$5
a
chip.
What
is
the
effect
on
operating
income
of
accepting
this
offer
as
opposed
to
AMC’s
current
policy
of
further
processing
the
LD
chips
into
EL-LD
form?
(5
marks)
11
t-Distribution
Table
'
p.003
p.0005
-
af
p.15
p.10
.
p.05
p.025
1
1.963
3.078.
-
6814
.
12706
=
863.657
636.613
2
1.386
1.886
72920
.
4.303
8.925
31.598
3
1.250
1888
-
2353
3182
5.841
12.841
4
1.180
°
1.333
2.132
2.776
4604
8.610
5
1.1586
1.476
2.015
2.571
4.032
6.858
&
1.134
1.440
1.843
2.447°
3.707
5.959
7
1.118
1.415
1.895
2.365
3489
-
5.405
8
1.108
1.397
1.860
2.306
3.355
5.041
9
1.100
1.383
1.833
2262
3.250
4781
10
1.093
1.372
1.812
2.298
3.169
4.587
11
1.088
1.863
1.796
2.201
3.106
4.437
12
1.083
1.856
1.782
2.179
3.055
4318
13
1.079
1.350-
1.771
2.160
3.012
4221
14
1.076
1.345
1.761
2.145
2.877
4.140
15
1.074
1.341
1.753
2.131
2.947
4.073
16
1.071
1.337
1.746
-
2120
2.821
.
4015
17
1.069
1.333
1.740
2.110
2.898
8.965
18
1.067
1.330
1.734
2.101
2.878
3.922
19
1.066
1.328
1.729
2,093
°
2.861
'
3.883
20
1.064
1.325
1.725
2.086
2.845
3.850
21
1.063
1.323
1.721
2.080
2.831
3.819
i)
1.061
1.321
1.717
2.074
2.819
3.792
23
1.060
1.819
1.714
2.069
2.807
.
8767
24
1.059
°
1.318
1.711
2.064
2.797
3.745
25
1.058
1.316
1.708
2.060
2787
3.725
26
0
17058
1.815
1.706
2.056
2.779
3.707
27
¥4
1057
1.814
1.703
2.052
2.771
3.690
28
1.056
1.313
1.701
2.048
2.763
3.674
29
1.055
1.311
1.699
2.045
27756
3.659
30
1.055
1.310
1.697
-
2,042
2.750
3.646
85
.
1052
¢
1.306
1.620
2.030
2.724
3.591
40
1.050
1.303
1.684
2.021
2704
.
3.551
-
45
1.048
1.301
1.680
2.014
2.690
3.520
50
1.047
1.299
1.676
2.008
.
2678
3.496
53
1.047-
1.297
1.673
2004
..
2669
3.478
=
1086
,
1282
/1645
1.860,
©
2576
.
3290
fo
e
=
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