[PENDLETON COUNTY SCHOOLS GRADE 5 MATH CURRICULUM MAP]
Weeks
Unit 5 -Geometry
27-30
Standard
Learning
Target
5.G.1: Use a
pair of
perpendicular
number lines,
called axes, to
define a
coordinate
system, with the
intersection of
the lines (the
origin) arranged
to coincide with
the 0 on each
line and a given
point in the plane
located by using
an ordered pair
of numbers,
called its
coordinates.
Understand that
the first number
indicates how far
to travel from the
origin in the
direction of one
axis, and the
second number
indicates how far
to travel in the
direction of the
second axis, with
the convention
that the names of
the two axes and
I can define a
coordinate
system.
I can identify the
x-axis and yaxis.
I can locate the
origin on the
coordinate
system.
Vocabulary
perpendicular
number lines,
axes,
coordinate
system,
intersection,
origin, point,
plane, ordered
pair of
numbers,
coordinates,
axis
MIF
Lessons
Unit
Activities
Introducing
Integers
Integer Tug O
War
Four
Quadrant
Battleship
Independent
Worksheets
A10
I can identify
coordinates of a
point on a
coordinate
system.
I can recognize
and describe the
connection
between the
ordered pair and
the x-axis and yaxis (from the
origin).
Classifying
Triangles
Sorting &
Classifying
Triangles
Finding the
Area &
Perimeter of a
Parallelogram
Resources
Target
Assessments
[PENDLETON COUNTY SCHOOLS GRADE 5 MATH CURRICULUM MAP]
the coordinates
correspond (e.g.,
x-axis and xcoordinate, yaxis and ycoordinate).
5.G.2:
Represe
nt real world and
mathematical
problems by
graphing points
in the first
quadrant of the
coordinate plane,
and interpret
coordinate
values of points
in the context of
the situation.
5.G.3:
Understa
nd that attributes
belonging to a
category of twodimensional
figures also
belong to all
subcategories of
that category.
For example, all
rectangles have
four right angles
and squares are
rectangles, so all
squares have
four right angles.
Three
Mathematical
Ideas
I can represent
real world and
mathematical
problems by
graphing points in
the first quadrant.
I can interpret
coordinate values
of points in real
world context and
mathematical
problems.
I can recognize
that some twodimensional
shapes can be
classified into
more than one
category based
on their attributes.
I can recognize if
a two-dimensional
shape is
classified into a
category, that it
belongs to all
subcategories of
that category.
graphing
points, first
quadrant,
coordinate
plane,
coordinate
values of
points
attributes, twodimensional
figures, subcategories,
quadrilateral,
parallelogram,
rectangle,
rhombus,
square,
trapezoid, right
triangle, acute
triangle, obtuse
triangle,
isosceles
triangle,
scalene
triangle, &
equilateral
triangle
Independent
Worksheets
C1
[PENDLETON COUNTY SCHOOLS GRADE 5 MATH CURRICULUM MAP]
5.G.4: Classify
two-dimensional
figures in a
hierarchy based
on properties.
I can analyze
properties of twodimensional
figures in order to
place into a
hierarchy.
I can classify twodimensional
figures into
categories and/or
sub-categories
based on their
attributes.
I can recognize
the hierarchy of
two-dimensional
shapes based on
their attributes.
5.OA.3:
Generate two
numerical
patterns using
two given rules.
Identify apparent
relationships
between
corresponding
terms. Form
ordered pairs
consisting of
corresponding
terms from the
two patterns, and
graph the
ordered pairs on
a coordinate
plane. For
I can analyze and
explain the
relationships
between
corresponding
terms in the two
numerical
patterns.
I can generate
two numerical
patterns using
two given rules.
I can form
ordered pairs
consisting of
corresponding
terms for the two
numerical
patterns, rules,
relationships,
corresponding,
ordered pairs,
coordinate
plane
[PENDLETON COUNTY SCHOOLS GRADE 5 MATH CURRICULUM MAP]
example, given
the rule “Add 3”
and the starting
number 0, and
given the rule
“Add 6” and the
starting number
0, generate
terms in the
resulting
sequences, and
observe that the
terms in one
sequence are
twice the
corresponding
terms in the other
sequence.
Explain
informally why
this is so.
patterns.
I can graph
generated
ordered pairs on
a coordinate
plane.