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Standard No.
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Standard Language
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Publisher Citations
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ALGEBRA
I
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Primary Citations
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Supporting Citations
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1a
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Simplify numerical expressions using properties of
real numbers and order of operations, including those involving square roots,
radical form, or decimal approximations.
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1.05
1.07
to 1.08
2.10
to 2.12
2.21
to 2.23
2.26
12.01
to 12.02
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1.39
2.14
to 2.15
2.19
to 2.20
2.27
to 2.30
2.55
12.03
12.07
to 12.08
12.69
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1b
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Applying laws of exponents to simplify expressions, including
those containing zero and negative integral exponents
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2.31
to 2.35
9.01
to 9.09
9.12
to 9.16
9.18
to 9.20
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2.36 to
2.37
9.10 to
9.11
9.17
9.21 to
9.23
9.39
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2a
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Analyze linear functions from their equations, slopes, and
intercepts.
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5.08
to 5.10
5.13
5.27
to 5.31
6.04
6.07
to 6.08
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5.11
to 5.12
5.14
to 5.17
5.24
to 5.26
6.01
to 6.03
6.05
to 6.06
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2b
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Finding the slope of a line from its equation or by
applying the slope formula.
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5.24
5.27
to 5.28
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5.25
to 5.26
5.37
5.39
to 5.40
5.65
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2c
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Determining the equations of linear functions given two
points, a point and the slope, tables of values, graphs, or ordered pairs.
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5.30
5.32
to 5.34
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5.38
to 5.40
5.65
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2d
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Graphing two-variable linear equations and
inequalities on the Cartesian plane
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5.13
to 5.18
8.28
to
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5.21
to 5.22
5.65
8.29
to 8.34
8.40
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3a
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Determine characteristics of a relation, including its
domain, range, and whether it is a function, when given graphs, tables of
values, mappings, or sets of ordered pairs.
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6.02
6.06
6.11
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6.13
to 6.14
6.33
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3b
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Finding the range of a function when given its domain.
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6.10
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6.13
to 6.14
6.33
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4a
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Represent
graphically common relations, including x = constant, y = constant,  ,  ,  ,
and  .
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5.13
5.16
6.09
13.46
to 13.47
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5.14
5.65
6.33
13.63
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4b
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Identifying
situations that are modeled by common relations, including x = constant, y =
constant, , , ,
and .
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3.32
5.14
13.07
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3.61
5.65
13.63
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5a
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Perform operations of addition, subtraction, and
multiplication on polynomial expressions.
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10.14
to 10.17
10.20
to 10.25
10.29
to 10.32
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9.01
to 9.23
10.18
to 10.19
10.26
to 10.28
10.33
to 10.34
10.85
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5b
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Dividing by a monomial
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10.36
to 10.40
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10.41
to 10.42
10.85
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6
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Factor binomials, trinomials, and other polynomials using
GCF, difference of squares, perfect square trinomials, and grouping.
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10.51
to 10.53
10.55
to 10.59
10.64
to 10.67
10.71
to 10.72
10.75
to 10.76
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10.54
10.60
10.62
to 10.63
10.68
to 10.70
10.73
to 10.74
10.77
to 10.85
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7a
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Solve multi-step equations and inequalities including
linear, radical, absolute value, and literal equations.
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3.08
3.15
to 3.16
3.27
3.56
to 3.57
12.48
to 12.49
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3.07
3.11
to 3.12
3.17
3.28
to 3.29
3.34
to 3.39
3.45
to 3.55
3.58
to 3.59
3.63
12.51
to 12.53
12.69
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7b
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Writing the solution of an equation or inequality in
set notation.
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8.18
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8.21
to 8.22
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7c
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Graphing the solution of an equation or inequality.
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8.23
to 8.24
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8.25
to 8.26
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7d
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Modeling real-world problems by developing and solving
equations and inequalities, including those involving direct and inverse
variation.
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3.34
to 3.35
3.40
to 3.41
3.45
to 3.47
3.51
to 3.53
6.16
6.18
8.09
to 8.10
8.31
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3.36
to 3.37
3.39
3.42
3.49
to 3.50
3.55
3.61
6.20
to 6.21
6.33
8.11
to 8.12
8.33
to 8.34
8.40
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8a
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Solve systems of linear equations and inequalities in two
variables graphically or algebraically.
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7.01
to 7.02
7.05
to 7.07
7.12
to 7.19
7.22
to 7.25
7.32
to 7.34
7.37
to 7.45
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7.03
to 7.04
7.08
to 7.10
7.20
to 7.21
7.26
to 7.31
7.35
to 7.36
7.46
to 7.47
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8b
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Modeling real-world problems by developing and solving
systems of linear equations and inequalities
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7.06
7.17
7.23
7.25
to 7.28
7.33
8.31
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7.30
to 7.31
7.47
8.33
to 8.34
8.40
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9a
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Solve quadratic equations using the zero product property.
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10.79
to 10.80
13.03
to 13.10
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10.85
13.11
to 13.12
13.63
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9b
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Approximating solutions graphically and numerically
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13.48
to 13.50
13.55
13.59
to 13.60
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13.51
to 13.54
13.56
to 13.58
13.61
to 13.63
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10a
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Calculate length, midpoint, and slope of a line segment
when given coordinates of its endpoints on the Cartesian plane.
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5.24
5.27
to 5.28
5.38
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5.25
to 5.26
5.30
5.37
5.39
to 5.40
5.65
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10b
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Deriving the distance, midpoint, and slope formulas
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5.37
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5.39
to 5.40
5.65
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11a
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Solve problems algebraically that involve area and
perimeter of a polygon, area and circumference of a circle, and volume and
surface area of right circular cylinders or right rectangular prisms.
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1.30
to 1.33
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1.36
to 1.37
1.39
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11b
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Applying formulas to solve word problems
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1.35
3.57
6.26
10.82
12.51
13.16
13.28
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1.31
1.33
1.36
to 1.37
1.39
3.58
to 3.59
3.61
6.31
to 6.33
10.85
12.69
13.63
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12a
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Compare various methods of data reporting, including
scatterplots, stem-and-leaf plots, histograms, box-and-whisker plots, and
line graphs, to make inferences or predictions.
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4.01
to 4.08
5.58
to 5.59
5.61
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4.09
to 4.11
4.22
5.60
5.65
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12b
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Determining effects of linear transformations of data
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5.23
to 5.24
5.27
to 5.29
5.32
5.35
to 5.36
5.38
5.50
5.55
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5.39
to 5.40
5.51
to 5.54
5.56
to 5.57
5.65
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12c
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Determining effects of outliers
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4.12
4.16
to 4.18
5.63
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4.13
to 4.15
4.19
to 4.22
5.65
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12d
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Evaluating the appropriateness of the design of a survey
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N/A
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4.0 to
4.22
5.58
to 5.65
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13
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Identify characteristics of a data set, including
measurement or categorical and univariate or bivariate.
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4.12
to 4.13
4.16
to 4.18
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4.0 to
4.11
4.14
to 4.15
4.19
to 4.22
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14
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Use a scatterplot and its line of best fit or a specific
line graph to determine the relationship existing between two sets of data,
including positive, negative, or no relationship.
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5.58
to 5.63
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5.64
to 5.65
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15a
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Estimate probabilities given data in lists or graphs.
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9.14
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9.22
to 9.23
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15b
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Comparing theoretical and experimental probabilities
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N/A
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N/A
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