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To access Regents, Practice and Journal Worksheets,
Lesson Plans and other resources, click on the
State Standard in the last column. To see the text of a
State Standard, hover your pointer over the Standard. The number in the second
column indicates how many times the subtopic has appeared on the
current High
School Regents
Exams. |
GRADES 6-8 |
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|
TOPIC
Subtopic |
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State Standard |
NUMBERS, OPERATIONS AND PROPERTIES |
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Order of Operations |
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6.EE.A.2 |
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Evaluating Expressions |
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Comparing Reals |
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8.NS.A.2 |
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Classifying Numbers |
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8.NS.A.1 |
RATE |
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Percents |
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7.RP.A.3 |
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Error |
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POWERS |
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Scientific Notation |
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8.EE.A.3 |
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Operations with Scientific Notation |
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8.EE.A.4 |
RADICALS |
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Square
Roots |
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8.NS.A.2 |
GRAPHS AND STATISTICS |
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Average Known with Missing
Data |
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6.SP.B.5 |
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Central Tendency
and Dispersion |
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PROBABILITY |
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Sample Space |
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7.SP.C.8 |
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Theoretical
Probability |
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6.SP.C.8 |
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Geometric Probability |
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Experimental Probability |
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6.SP.C.7 |
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ALGEBRA I |
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TOPIC
Subtopic |
# |
State Standard |
EXPRESSIONS AND EQUATIONS |
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Dependent and Independent Variables |
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A.SSE.A.1 |
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Modeling Expressions |
2 |
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Identifying Properties |
1 |
A.REI.A.1 |
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Solving Linear Equations |
2 |
A.REI.B.3 |
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Direct Variation |
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A.CED.A.1 |
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Modeling
Linear Equations |
1 |
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A.CED.A.2 |
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Transforming Formulas |
2 |
A.CED.A.4 |
RATE |
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Conversions |
2 |
N.Q.A.1 |
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Using Rate |
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Speed |
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A.CED.A.2 |
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Rate of Change |
2 |
F.IF.B.6 |
LINEAR EQUATIONS |
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Modeling
Linear Functions |
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F.BF.A.1 |
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F.LE.A.2 |
| 2 |
F.LE.B.5 |
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Graphing Linear
Functions |
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A.CED.A.2 |
|
1 |
F.IF.B.4 |
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Writing Linear Equations |
2 |
A.REI.D.10 |
INEQUALITIES |
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Solving
Linear Inequalities |
2 |
A.REI.B.3 |
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Interpreting Solutions |
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Modeling
Linear Inequalities |
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A.CED.A.1 |
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A.CED.A.3 |
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Graphing Linear Inequalities |
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A.REI.D.12 |
QUADRATICS |
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Solving Quadratics |
5 |
A.REI.B.4 |
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Using the
Discriminant |
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Modeling Quadratics |
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A.CED.A.1 |
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Geometric Applications of Quadratics |
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Vertex Form of a Quadratic |
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F.IF.C.8 |
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Graphing
Quadratic Functions |
2 |
F.IF.B.4 |
|
1 |
F.IF.C.7 |
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Modeling Quadratic Functions |
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F.BF.A.1 |
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Comparing Quadratic Functions |
1 |
F.IF.C.9 |
POWERS |
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Multiplication of
Powers |
2 |
A.APR.A.1 |
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Division of Powers |
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Powers of Powers |
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Modeling Exponential Functions |
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A.SSE.B.3 |
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A.CED.A.1 |
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F.BF.A.1 |
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F.LE.A.2 |
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F.LE.B.5 |
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Graphing Exponential
Functions |
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F.IF.C.7 |
POLYNOMIALS |
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Identifying Solutions |
|
A.REI.D.10 |
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Operations with
Polynomials |
4 |
A.APR.A.1 |
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Factoring Polynomials |
1 |
A.SSE.A.2 |
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Factoring the
Difference of Perfect Squares |
2 |
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Zeros
of Polynomials |
2 |
A.APR.B.3 |
RADICALS |
|
|
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Simplifying Radicals |
|
N.RN.B.3 |
|
Operations with
Radicals |
5 |
|
Graphing Root
Functions |
|
F.IF.C.7 |
SYSTEMS |
|
|
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Modeling Linear
Systems |
2 |
A.CED.A.3 |
|
Solving Linear
Systems |
|
A.REI.C.6 |
|
Graphing Linear
Systems |
|
|
Modeling Systems of Linear
Inequalities |
1 |
A.CED.A.3 |
|
Graphing Systems of Linear
Inequalities |
2 |
A.REI.D.12 |
|
Quadratic-Linear
Systems |
3 |
A.REI.C.7 |
|
2 |
A.REI.D.11 |
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Other
Systems |
|
FUNCTIONS |
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|
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Defining Functions |
2 |
F.IF.A.1 |
|
Functional Notation |
2 |
F.IF.A.2 |
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Evaluating Functions |
|
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Domain
and Range |
1 |
|
F.IF.B.5 |
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Operations with Functions |
|
F.BF.A.1 |
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Families of Functions |
2 |
F.LE.A.1 |
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F.LE.A.2 |
| 1 |
F.LE.A.3 |
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Relating Graphs to Events |
|
F.IF.B.4 |
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Transformations with Functions |
2 |
F.BF.B.3 |
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Graphing Absolute Value Functions |
|
F.IF.C.7 |
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Graphing
Piecewise-Defined Functions |
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F.IF.C.7 |
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Graphing Step
Functions |
|
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Comparing Functions |
|
F.IF.C.9 |
SEQUENCES AND SERIES |
|
|
|
Sequences |
3 |
F.IF.A.3 |
| 1 |
F.BF.A.1 |
GRAPHS AND STATISTICS |
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Central Tendency
and Dispersion |
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S.ID.A.2 |
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S.ID.A.3 |
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Frequency Tables |
2 |
S.ID.B.5 |
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Frequency Histograms |
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S.ID.A.1 |
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Box Plots |
1 |
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Dot Plots |
2 |
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Stem-and-Leaf Plots |
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Circle
Graphs |
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Scatter Plots |
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S.ID.B.6 |
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Analysis
of Data |
|
S.ID.C.9 |
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Regression |
2 |
S.ID.B.6 |
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Correlation
Coefficient |
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S.ID.C.8 |
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|
75 |
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GEOMETRY |
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|
TOPIC
Subtopic |
# |
State Standard |
TOOLS OF GEOMETRY |
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Planes |
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G.CO.A.1 |
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Solids |
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G.MG.A.1 |
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Rotations of Two-Dimensional Objects |
18 |
G.GMD.B.4 |
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Cross-Sections of Three-Dimensional Objects |
15 |
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Constructions |
20 |
G.CO.D.12 |
|
8 |
G.CO.D.13 |
LINES AND ANGLES |
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Midpoint |
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G.CO.A.1 |
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Distance |
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Directed Line Segments |
24 |
G.GPE.B.6 |
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Lines and
Angles |
13 |
G.CO.C.9 |
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Parallel and
Perpendicular Lines |
21 |
G.GPE.B.5 |
TRIANGLES |
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Pythagorean Theorem |
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G.SRT.C.8 |
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30-60-90 Triangles |
3 |
|
Isosceles Triangle
Theorem |
2 |
G.SRT.B.5 |
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Side Splitter Theorem |
26 |
|
Interior and Exterior
Angles of Triangles |
6 |
G.CO.C.10 |
|
Exterior Angle
Theorem |
5 |
|
Triangle Inequality
Theorem |
1 |
|
Angle Side
Relationship |
2 |
|
Midsegments |
6 |
|
Medians, Altitudes and Bisectors |
4 |
|
Centroid,
Orthocenter, Incenter and Circumcenter |
5 |
|
Triangles in the
Coordinate Plane |
10 |
G.GPE.B.4 |
POLYGONS |
|
|
|
Interior and Exterior
Angles of Polygons |
15 |
G.CO.C.11 |
|
Parallelograms |
13 |
|
Trapezoids |
2 |
|
Special
Quadrilaterals |
21 |
|
Quadrilaterals in the
Coordinate Plane |
21 |
G.GPE.B.4 |
|
Polygons in the
Coordinate Plane |
15 |
G.GPE.B.7 |
CONICS |
|
|
|
Chords, Secants and Tangents |
37 |
G.C.A.2 |
|
Equations of Circles |
24 |
G.GPE.A.1 |
|
Circles in the
Coordinate Plane |
3 |
G.GPE.B.4 |
MEASURING IN THE PLANE AND SPACE |
|
|
|
Perimeter |
|
G.MG.A.3 |
|
Area
of Polygons |
3 |
|
Heron's Formula |
|
|
Surface Area and Lateral Area |
1 |
|
Circumference |
2 |
G.GMD.A.1 |
|
Area of Circles |
|
|
Compositions of
Polygons and Circles |
4 |
G.MG.A.3 |
|
Arc Length |
3 |
G.C.B.5 |
|
Sectors |
21 |
|
Volume |
3 |
G.GMD.A.1 |
|
60 |
G.GMD.A.3 |
|
Density |
28 |
G.MG.A.2 |
TRANSFORMATIONS |
|
|
|
Line
Dilations |
34 |
G.SRT.A.1 |
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Symmetry |
|
G.CO.A.5 |
|
Rotations |
2 |
|
Reflections |
2 |
|
Translations |
|
|
Dilations |
18 |
G.SRT.A.2 |
|
Mapping a Polygon onto Itself |
24 |
G.CO.A.3 |
|
Compositions of Transformations |
28 |
G.CO.A.5 |
|
7 |
G.SRT.A.2 |
|
Properties of
Transformations |
18 |
G.CO.B.6 |
|
Identifying Transformations |
15 |
G.CO.A.2 |
|
Analytical
Representations of Transformations |
4 |
|
Similarity |
52 |
G.SRT.B.5 |
TRIGONOMETRY |
|
|
|
Trigonometric Ratios |
6 |
G.SRT.C.6 |
|
Cofunctions |
25 |
G.SRT.C.7 |
|
Using Trigonometry to
Find a Side |
41 |
G.SRT.C.8 |
|
Using Trigonometry to
Find an Angle |
21 |
|
Using Trigonometry to
Find Area |
1 |
G.SRT.D.9 |
LOGIC |
|
|
|
Line
and Angle Proofs |
|
G.CO.C.9 |
|
Triangle Congruency |
13 |
G.CO.B.7 |
|
1 |
G.CO.B.8 |
|
4 |
G.SRT.B.5 |
|
Triangle Proofs |
5 |
G.CO.C.10 |
|
13 |
G.SRT.B.5 |
|
Quadrilateral Proofs |
3 |
G.CO.C.11 |
|
13 |
G.SRT.B.5 |
|
Circle Proofs |
3 |
|
Similarity Proofs |
7 |
G.SRT.A.3 |
|
1 |
G.C.A.1 |
|
ALGEBRA
II |
|
|
TOPIC
Subtopic |
# |
State Standard |
RATE |
|
|
|
Rate of Change |
21 |
F.IF.B.6 |
QUADRATICS |
|
|
|
Square Roots of
Negative Numbers |
|
N.CN.A.2 |
|
Imaginary Numbers |
|
N.CN.A.1 |
|
Operations with Complex Numbers |
21 |
N.CN.A.2 |
|
Solving Quadratics |
16 |
A.REI.B.4 |
|
Using the
Discriminant |
6 |
|
Complex Conjugate Root Theorem |
2 |
|
Graphing Quadratic Functions |
19 |
G.GPE.A.2 |
POLYNOMIALS |
|
|
|
Factoring Polynomials |
26 |
A.SSE.A.2 |
|
Solving Polynomial
Equations |
11 |
A.APR.B.3 |
|
Graphing Polynomial Functions |
7 |
| 11 |
F.IF.B.4 |
| 14 |
F.IF.C.7 |
|
Remainder and Factor Theorems |
22 |
A.APR.B.2 |
|
Polynomial Identities |
15 |
A.APR.C.4 |
RADICALS |
|
|
|
Simplifying Radicals |
|
N.RN.A.2 |
|
Operations with
Radicals |
5 |
|
Solving Radicals |
21 |
A.REI.A.2 |
|
Radicals and Rational Exponents |
4 |
N.RN.A.1 |
|
25 |
N.RN.A.2 |
|
Graphing Root
Functions |
|
F.IF.C.7 |
POWERS |
|
|
|
Modeling Exponential Functions |
17 |
A.SSE.B.3 |
|
10 |
F.BF.A.1 |
|
5 |
F.LE.A.2 |
|
7 |
F.LE.B.5 |
|
Evaluating Exponential
Expressions |
7 |
F.IF.B.4 |
|
Evaluating Logarithmic
Expressions |
1 |
|
Graphing Exponential Functions |
12 |
F.IF.C.7 |
|
Graphing Logarithmic Functions |
14 |
|
Express Exponentials as
Logarithms |
1 |
F.LE.A.4 |
|
Exponential Equations,
Exponential Growth, Exponential Decay |
21 |
|
10 |
A.CED.A.1 |
RATIONALS |
|
|
|
Undefined Rationals |
1 |
A.APR.D.6 |
|
Expressions with Negative Exponents |
2 |
|
Rational Expressions |
27 |
|
Division of Polynomials |
|
| Multiplication and
Division of Rationals |
|
A.APR.D.7 |
| Addition and
Subtraction of Rationals |
4 |
|
Modeling Rationals |
6 |
A.CED.A.1 |
|
Solving Rationals |
22 |
A.REI.A.2 |
SYSTEMS |
|
|
|
Solving Linear Systems |
13 |
A.REI.C.6 |
|
Quadratic-Linear Systems |
18 |
A.REI.C.7 |
|
1 |
A.REI.D.11 |
|
Other Systems |
28 |
FUNCTIONS |
|
|
|
Operations with Functions |
13 |
F.BF.A.1 |
|
Families of Functions |
3 |
F.LE.A.2 |
|
Transformations with Functions |
3 |
F.BF.B.3 |
|
Even
and Odd Functions |
8 |
|
Inverse of Functions |
18 |
F.BF.B.4 |
|
Comparing Functions |
8 |
F.IF.C.9 |
SEQUENCES AND SERIES |
|
|
|
Sequences |
8 |
F.IF.A.3 |
|
23 |
F.BF.A.2 |
|
Sigma
Notation |
2 |
F.BF.B.6 |
|
Series |
16 |
A.SSE.B.4 |
|
F.BF.B.6 |
TRIGONOMETRY |
|
|
|
Radian Measure |
|
F.TF.A.1 |
|
Unit Circle |
2 |
|
3 |
F.TF.A.2 |
|
Reciprocal Trigonometric Relationships |
1 |
|
Finding the Terminal
Side of an Angle |
1 |
|
Reference Angles |
1 |
|
Determining
Trigonometric Functions |
5 |
|
10 |
F.TF.C.8 |
|
Proving Trigonometric
Identities |
1 |
|
Modeling
Trigonometric Functions |
7 |
F.TF.B.5 |
|
Graphing
Trigonometric Functions |
15 |
F.IF.B.4 |
|
24 |
F.IF.C.7 |
CONICS |
|
|
|
Equations of Circles |
1 |
G.GPE.A.1 |
PROBABILITY |
|
|
|
Set
Theory |
|
S.CP.A.1 |
|
Venn Diagrams |
|
|
Probability of Compound Events |
3 |
S.CP.A.2 |
|
Addition Rule |
8 |
S.CP.B.7 |
|
Conditional
Probability |
10 |
S.CP.A.3 |
|
14 |
S.CP.A.4 |
GRAPHS AND STATISTICS |
|
|
|
Analysis of Data |
15 |
S.IC.A.2 |
|
13 |
S.IC.B.3 |
|
4 |
S.IC.B.4 |
|
11 |
S.IC.B.5 |
|
16 |
S.IC.B.6 |
|
Regression |
10 |
S.ID.B.6 |
|
Normal Distributions |
21 |
S.ID.A.4 |
|
|
|
|
|
PRECALCULUS |
|
|
TOPIC
Subtopic |
|
State Standard |
NUMBERS, OPERATIONS AND PROPERTIES |
|
|
| Matrices |
|
N.VM.C.6
N.VM.C.7
N.VM.C.8
N.VM.C.11
N.VM.C.12
A.REI.C.9 |
INEQUALITIES |
|
|
|
Compound Inequalities |
|
A.CED.A.1 |
ABSOLUTE VALUE |
|
|
| Absolute Value
Equations |
|
A.REI.D.11 |
| Absolute Value
Inequalities |
QUADRATICS |
|
|
|
Roots of Quadratics |
|
A.REI.B.4 |
| Quadratic
Inequalities |
|
A.REI.D.11 |
POWERS |
|
|
| Properties of
Logarithms |
|
F.BF.B.5 |
| Logarithmic Equations |
F.BF.B.5
F.LE.A.4 |
| Binomial Expansions |
|
A.APR.C.5 |
RADICALS |
|
|
| Conjugates of Complex
Numbers |
|
N.CN.A.3 |
|
Division of Complex Numbers |
|
Moduli of Complex Numbers |
| Graphing Complex
Numbers |
|
N.CN.B.4
N.CN.B.5 |
RATIONALS |
|
|
|
Graphing Rationals |
|
F.IF.C.7 |
| Complex Fractions |
|
A.APR.D.7 |
|
Rationalizing
Denominators |
|
Inverse Variation |
|
Rational Inequalities |
SYSTEMS |
|
|
| Other
Systems |
|
G.GPE.A.3 |
FUNCTIONS |
|
|
|
Defining Functions |
|
F.BF.B.3 |
|
Domain
and Range |
|
F.IF.A.2 |
|
Inverse of Functions |
|
F.BF.B.4 |
| Compositions of
Functions |
|
F.BF.A.1 |
SEQUENCES AND SERIES |
|
|
|
Series |
|
A.SSE.B.4 |
TRIGONOMETRY |
|
|
|
Graphing
Trigonometric Functions |
|
F.TF.B.6 |
|
Domain and Range |
| Angle Sum and
Difference Identities |
|
F.TF.C.9 |
| Double and Half Angle
Identities |
|
Using Inverse
Trigonometric Functions |
|
F.TF.B.7 |
|
Trigonometric Equations |
|
|
Law of Sines |
|
G.SRT.D.11 |
| Law of Sines - The
Ambiguous Case |
|
G.SRT.D.10 |
| Law of Cosines |
|
G.SRT.D.11 |
| Vectors |
|
N.VM.A.3
G.SRT.D.11 |
CONICS |
|
|
|
Equations of Conics |
|
G.GPE.A.3 |
| Other Systems |
|
Inscribed Quadrilaterals |
|
G.C.A.3 |
GRAPHS AND STATISTICS |
|
|
|
Residuals |
|
S.ID.B.6 |
PROBABILITY |
|
|
|
Multiplication
Counting Principle |
|
S.CP.B.9 |
|
Permutations |
|
Combinations |
|
Differentiating
Permutations and Combinations |
|
Binomial Probability |
AI
(above) |
GEO
(above) |
AII
(above) |
|
|