20230911105327718
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School
Liberty University *
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Course
ALGEBRA
Subject
Geology
Date
Dec 6, 2023
Type
Pages
5
Uploaded by CaptainThunder11513
RELATIVE
DATING
LAB
Name:
-
tuh
Mf
D
Date:
V/“/
2.9
Objective
To
identify
the
sequence
of
events
when
viewing
a
rock
outcrop
Materials
+
Cross-sections
of
the
rock
outcrops
for
each
part
(you
can
print
them
if
it
helps
you)
»
Worksheet
opened
to
record
the
data
as
you
work
through
each
cross-section
Procedure
+
Read
through
all
the
steps
below
and
then
complete
the
Purpose
question
in
the
worksheet.
«
Determine
the
sequence
of
events
for
each
of
the
cross-sections
and
list
them
in
order
from
oldest
to
the
most
recent
(youngest)
and
put
the
letters
in
that
order
on
the
worksheet.
.
Make
sure
to
save
your
pdf
after
you
have
completed
the
lab
using
the
instructions
in
the
class
documents
in
this
course.
«
Upload
your
pdf
into
the
assignment
upload
for
this
lab.
Purpose
(5
pts)
Write
a
1
sentence
purpose
statement
for
this lab.
Ded
erm
pe
v{@z/f
L
Fhe
o
ronclay'o
o
——
Cross
Section
I
List
the
sequence
of
events
from
oldest
to
youngest
(most
recent)
using
the
letters
A~E
(no
letter
is
used
twice)
on
Cross
Section
1.
(4
pts
per
each
blank
=
20
pts
total)
List
the
sequence
from
oldest
to
youngest
below:
Cross
Section
I
List
the
sequence
of
events
from
oldest
to
youngest
(most
recent)
using
the
letters
A—G,
and
folding
on
Cross
Section
IL.
There
are
8
lines
to
file
in
with
one
answer
given,
none
of
the
letters
are
used
twice.
(2
pts
per
each
blank
=
14
pts
total)
NOTE:
The
letters
‘A’
and
‘F’
are
referring
to
faults
on
the
cross-section.
List
the
sequence
from
oldest
to
youngest
below:
el
L9
6.
C
2.
_
Folding
_
%
3.
&
c
F<
8.
r
4.
A
|
9,
E
5.
Erosion
Cross
Section
111
List
the
sequence
of
these
events
from
oldest
to
youngest
(most
recent)
depicted
in
Cross
Section
111
according
to
the
Word
Bank
below.
No
words
are
used
twice.
(2
pts
per
blank
=
24
pts
total)
)
Word
Bank
'Bfiyhfll
TayerD
|
Faul
e
M
AYRr
Freszzm
7
|
Erosion
WM'
M“
331
e
———
«
i
e,
Layer
C
"F@MW
Hancopformi
e
List
the
sequence
from
oldest
to
youngest
below:
1.
Lg@k’@/fl”
‘Z
5.
"ra,ur/f
i
9,
e/t
Q
2.
L%zyfi
6.
B
Dike
10.
Butboiirs
3.
Loyer
[
7.
51
1.
_Loyer
C
4.
Logr
£
8.
Lncon
form'py
12.
£eoSon
Observation
&
Analysis
Please
state
your
answers
in
2-3
sentences.
1.
Choose
two
of
the
geologic
events
in
Cross
Section
I
and
explain
how
you
knew
where
to
place
them
relative
to
the
other
rock
layers.
(5
pts)
v
knew
=
foe
iz
fPloe
e
wrrer
D
ooad
3
becun
e
the
Eawit
erfected
Dol
mp
e
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2.
Explain
how
you
knew
where
to
place
the
dike
(D)
in
the
sequence
of
events
in
Cross
Section
IL
(5
pts)
The
Dike
wosdf
eree
ped
by
A
C
and
was
e
Z
o
f
oy
ok
e
over
G
wWhick
W,?
5
erfeltd
by
ibe
A
Fsr
3.
Explain
how
you
decided
where
to
place
Fault
1
relative
to
Fault
2
in
the
sequence
of
events
in
Cross
Section
II1.
(5
pts)
v
&
S
e
e
wof
beccre
fhe
5://
cnd
p,/{(f)
Conclusion
1.
Did
you
have
any
difficulty
placing
the
sequence
of
events
in
order?
Why
or
why
not?
(6
pts)
T
o7
out
Fhe
'f’dO
K/
S
\A/A{
jer
!7:./&
¥
«/-\
/T/QV/}«CD(/
B
Ce
eroSieom
Frem
2.
Which
of the
three
laws
(Law
of
Superposition,
Law
of
Original
Horizontality,
and
Law
of
Cross-Cutting
Relationships)
was
most
helpful
to
you
in
identifying
the
sequence
of
events
in
each
of
the
three
cross
sections?
Why?
6
pts)
/é
5@}7
v
’,@(;9’”{
£
om0
et
omesr
helpful
begans
@
T
itnh
whit
s
wse
b
fo
.
Flgure
out
ggezPhI
fwe
onys
rhar
wert'T
Qomm
e
FE
A
bt
Wi
e
Dot
conClrgd
gp
Wfi
oy
whorhey”
Application
(10
pts)
Locate
the
image
near
the
top
of the
article
entitled
More
and
More
Wrong
Dates.
You
do
not
have
to
read
the article,
but
notice
where
the
author
has
drawn
attention
to
the
Cardenas
Basalt
layer
and
the
basaltic
lava
flows
of
the
Uinkerat
Plateau
with
red
arrows.
This
image
depicts
a
cross
section
of the
Grand
Canyon.
Many
conventional
scientists
rely
on
radiometric
dating
as
evidence
that
the
rocks
on
Earth
are
millions
of
years
old.
Some
Young-Earth
Creation
scientists
did
a
test
on
the
radiometric
dates
for
the
Cardenas
Basalts
positioned
way
down
deep
in
the
Grand
Canyon
and
the
basaltic
lava
flows
on
top.
The
creationists
were
convinced
that the
tests
conventional
scientists
use
ate
flawed.
As
it
turned
out,
one
of the
tests
incorrectly
determined
that
the
basaltic
lava
flows
on
top
were
older
in
age
than
the
Cardenas
basalts
on
the
bottom!
If
these
dates
wete
accurate,
which
relative
dating
law
would
be
broken
in
this
situation?
1
he
low
oFf
5.
per
pos
e,