Download I can recognize and make equal forms of fractions, decimals, and

I can recognize and
make equal forms of
fractions, decimals,
and percents.
I can describe the
effects of
multiplication and
division on fractions
and decimals.
I can apply and understand place
values from the millions to the
thousandths and place these
numbers on a number line.
I can recognize equivalent
representations for the same
number and make them by
decomposing and composing
numbers.
I can multiply and
divide positive
rational numbers.
I can estimate and justify the
results of multiplication and
division on positive rational
numbers.
I can solve problems
using ratios and rates.
I can identify square and cubic
numbers and determine whole
number roots and cubes.
I can identify the properties of 1,
2, and 3 dimensional shapes
using the appropriate geometric
vocabulary.
I can identify and
justify an angle as
acute, obtuse, straight
or right.
I can identify and justify the unit
of measure for area and volume –
both customary and metric.
I can identify similar
and congruent shapes.
I can solve problems
involving the area or
perimeter of
polygons.
I can create polygons
and designs with
rotational symmetry.
I can use spatial visualization to
identify isometric representations
of mat plans.
I can convert from one unit to
another within a system of
measurement for mass and
weight.
I can use coordinate
systems to construct
geometric shapes.
I can describe the transformation
from a given pre-image using the
terms reflection/flips,
rotation/turns, and
translation/slides.
I can draw or use
visual models to
represent and solve
problems.
I can formulate questions, design
studies, and collect data about a
characteristic.
I can find the range and measure
of center, including median,
mode, and mean.
I can interpret circle graphs;
create and interpret stem-and-leaf
plots, and box and whiskers.
I can use observations about
differences between 2 samples to
make conjectures about the
populations from which the
samples were taken.
I can use a model – including
diagrams, lists, sample space, or
area model, to illustrate the
possible outcomes of an event.
I can use symbolic algebra to
represent unknown quantities in
expressions or equations and
solve one step equations.
I can represent and describe
patterns with tables, graphs,
pictures, symbolic rules, or
words.
I can model and solve problems,
using multiple representations
such as graphs, tables,
expressions and one-step
equations.
I can compare various forms of
representations to identify a
pattern.
I can identify functions as linear
or nonlinear from a table or
graph.
I can construct and analyze
representations to compare
situations with constant or
varying rates of change.
I can apply properties of
operations – including order of
operations, to positive rational
numbers.
I can solve problems involving
elapsed time in hours and
minutes.
I can use the commutative,
distributive, and associative
properties to generate equivalent
forms for simple algebraic
expressions.