Download high-quality, printable math worksheets for all grade levels. From Kindergarten to Pre-Calculus, plus SAT, ACT, and State Test prep materials.

Practice counting everyday objects from 1 to 10 with colorful illustrations and number tracing exercises.
Identify and trace circles, squares, triangles, and rectangles with fun real-world examples.
Complete simple AB and ABC patterns using colors and shapes to build early logic skills.
Learn basic addition with numbers 1-5 using visual aids and counting pictures.
Compare objects by size using bigger, smaller, longer, and shorter concepts.
Master single-digit addition and sums up to 20 with word problems and visual models.
Practice subtraction facts and strategies with numbers up to 20 using pictures and equations.
Understand place value with tens and ones using base-10 blocks and number charts.
Learn to read analog clocks and tell time to the nearest hour with practice problems.
Identify and describe 2D shapes including sides, corners, and real-world examples.
Add two-digit numbers with and without regrouping using place value strategies.
Subtract two-digit numbers with borrowing and solve word problems.
Count and compare coins and dollars, make change, and solve money word problems.
Measure objects using rulers, compare lengths, and solve measurement problems.
Understand multiplication concepts using arrays and equal groups with visual models.
Master multiplication tables from 0 to 12 with timed drills and word problems.
Learn division as equal sharing and grouping with visual models and basic facts.
Identify, compare, and represent fractions using models and number lines.
Calculate area and perimeter of rectangles and solve real-world measurement problems.
Solve word problems involving multiple operations and real-world scenarios.
Multiply multi-digit numbers using the standard algorithm and area models.
Master long division with remainders and check answers using multiplication.
Add and subtract fractions with like denominators and mixed numbers.
Understand decimal place value, compare decimals, and relate fractions to decimals.
Identify and measure angles, classify triangles, and understand parallel and perpendicular lines.
Add, subtract, multiply, and divide decimals with real-world applications.
Multiply and divide fractions and mixed numbers using visual models and algorithms.
Calculate volume using formulas and unit cubes with real-world problems.
Plot points on coordinate planes and solve problems using ordered pairs.
Apply PEMDAS to evaluate expressions with multiple operations and grouping symbols.

Understand and apply ratios, rates, and unit rates to solve real-world problems.
Calculate percentages, find percent of a number, and solve discount and tax problems.
Add, subtract, multiply, and divide integers using number lines and rules.
Write and evaluate algebraic expressions, solve one-step equations.
Find area of triangles, quadrilaterals, and composite figures using formulas.
Analyze proportional relationships using tables, graphs, and equations.
Solve multi-step equations with variables on both sides and distributive property.
Solve and graph one and two-step inequalities on number lines.
Calculate theoretical and experimental probability, analyze data distributions.
Calculate area and circumference of circles using pi and solve real-world problems.
Graph linear equations, find slope, and write equations in slope-intercept form.
Solve systems of linear equations using graphing, substitution, and elimination.
Apply exponent rules and work with numbers in scientific notation.
Apply the Pythagorean theorem to find missing sides and solve real-world problems.
Perform translations, rotations, reflections, and dilations on coordinate planes.

Practice identifying natural, whole, integer, rational, and irrational numbers
Plot and compare real numbers on a number line
Substitute values and evaluate expressions
Combine like terms and simplify algebraic expressions
Translate verbal phrases into algebraic expressions
Simplify complex expressions using multiple properties
Solve one-step linear equations
Solve two-step linear equations
Solve equations requiring multiple steps and combining like terms
Solve equations with variables on both sides
Solve linear equations involving fractions and decimals
Graph two linear equations and find their intersection point
Use substitution method to solve systems of linear equations
Use elimination method to solve systems of linear equations
Set up and solve real-world problems using systems of equations
Solve and graph one-step inequalities
Solve multi-step inequalities and graph solutions
Solve and graph compound inequalities (AND/OR)
Solve absolute value inequalities
Graph parabolas and identify vertex, axis of symmetry, and intercepts
Factor and solve quadratic equations
Solve quadratic equations by taking square roots
Solve quadratic equations by completing the square
Use the quadratic formula to solve any quadratic equation
Combine polynomials using addition and subtraction
Multiply polynomials using distributive property and FOIL
Factor out the greatest common factor from polynomials
Factor trinomials of the form ax² + bx + c
Model and solve exponential growth and decay problems
Apply rules of exponents to simplify expressions
Graph exponential functions and identify key features
Use function notation and evaluate functions
Identify domain and range of functions from graphs and equations
Find slope and write equations of linear functions
Graph transformations including shifts, reflections, and stretches
Prove triangles congruent using SSS and SAS postulates
Prove triangles congruent using ASA and AAS theorems
Use CPCTC to prove corresponding parts of congruent triangles are congruent
Write formal two-column geometric proofs
Write geometric proofs in paragraph form
Prove triangles similar using AA similarity postulate
Prove triangles similar using SSS and SAS similarity theorems
Solve for missing sides using proportions in similar figures
Find geometric mean in right triangles with altitude to hypotenuse
Calculate radius, diameter, and circumference of circles
Find measures of central angles and arcs
Find measures of inscribed angles and intercepted arcs
Work with tangent lines and their properties
Solve problems involving chords, secants, and their properties
Translate figures using coordinate notation
Reflect figures across x-axis, y-axis, and other lines
Rotate figures 90°, 180°, and 270° around the origin
Dilate figures using scale factors
Perform multiple transformations in sequence
Find distance between two points using the distance formula
Find midpoint of a line segment using coordinates
Find slopes and identify parallel and perpendicular lines
Write equations of lines in slope-intercept and point-slope form
Calculate volume of rectangular and triangular prisms and cylinders
Calculate volume of pyramids and cones
Calculate volume and surface area of spheres
Calculate surface area of prisms and cylinders
Calculate surface area of pyramids and cones
Find sine, cosine, and tangent ratios in right triangles
Use trigonometry to find missing sides and angles
Solve real-world problems using angles of elevation and depression
Use the Law of Sines to solve non-right triangles
Use the Law of Cosines to solve non-right triangles
Find measures of complementary and supplementary angles
Identify and find measures of vertical angles and linear pairs
Find angle measures using properties of parallel lines cut by a transversal
Use the triangle angle sum theorem to find missing angles
Simplify expressions with imaginary unit i
Perform operations with complex numbers
Multiply complex numbers and simplify
Divide complex numbers using conjugates
Simplify rational expressions by factoring
Multiply and divide rational expressions
Add and subtract rational expressions with unlike denominators
Solve equations containing rational expressions
Convert between exponential and logarithmic form
Apply product, quotient, and power properties of logarithms
Solve equations involving logarithms
Work with natural logarithms and the number e
Find terms and sums of arithmetic sequences
Find terms and sums of geometric sequences
Calculate sums of arithmetic series
Calculate sums of geometric series including infinite series
Write and graph equations of circles
Write and graph equations of parabolas
Write and graph equations of ellipses
Write and graph equations of hyperbolas
Add and subtract matrices
Multiply matrices by scalars
Multiply two matrices
Find determinants and inverse matrices
Use matrices to solve systems of equations
Calculate mean, median, and mode
Calculate range, variance, and standard deviation
Work with normal distribution and z-scores
Calculate probabilities using permutations and combinations
Use Pythagorean identities to simplify expressions
Apply sum and difference formulas for sine, cosine, and tangent
Use double angle and half angle identities
Prove trigonometric identities using algebraic manipulation
Convert coordinates between polar and rectangular forms
Graph equations in polar form
Express complex numbers in polar form
Add, subtract, and find magnitude of vectors
Calculate dot product and find angles between vectors
Find vector projections and components
Calculate cross product of three-dimensional vectors
Evaluate limits using tables and graphs
Apply limit laws to evaluate limits algebraically
Evaluate limits as x approaches infinity
Determine continuity of functions at points and intervals
Graph curves defined by parametric equations
Eliminate the parameter to find rectangular equations
Find derivatives and tangent lines for parametric curves
Use the limit definition to find derivatives
Find derivatives using the power rule
Apply product and quotient rules for derivatives
Find antiderivatives of basic functions
Evaluate definite integrals and find area under curves
Apply the Fundamental Theorem of Calculus
Practice adding, subtracting, multiplying polynomials and polynomial long division
Use synthetic division and apply the Remainder and Factor Theorems
Find rational zeros, apply Descartes Rule of Signs, and analyze end behavior
Factor and simplify rational expressions, identify restrictions on the domain
Multiply and divide rational expressions by factoring and canceling common factors
Find LCD and add or subtract rational expressions with unlike denominators
Solve rational equations and identify extraneous solutions
Model and solve exponential growth and decay problems including half-life and compound interest
Apply product, quotient, and power rules to expand and condense logarithmic expressions
Solve equations involving exponential and logarithmic expressions using properties and change of base
Find terms, common differences, and sums of arithmetic sequences and series
Find terms, common ratios, and sums of finite and infinite geometric series
Convert between degrees and radians, identify coordinates on the unit circle
Verify and apply Pythagorean, reciprocal, quotient, and co-function identities
Interpret normal distributions, calculate z-scores, and use the empirical rule
Calculate conditional probability, test for independence, and use multiplication rules
Write equations of circles and parabolas in standard form and graph them
Write equations of ellipses and hyperbolas, identify vertices, foci, and asymptotes

Master whole numbers, fractions, decimals, percents, ratios, and basic probability for ACT.
Practice linear equations, inequalities, polynomials, and factoring for ACT Math.
Tackle quadratics, radicals, rational expressions, functions, and exponentials for ACT.
Master distance, midpoint, slope, graphing, and coordinate plane concepts for ACT.
Review angles, triangles, circles, area, volume, and geometric proofs for ACT Math.
Practice right triangle trig, unit circle, trig identities, and graphing for ACT.
Complete 60-question ACT Math practice test covering all six domains with answer explanations.
Master linear equations, inequalities, and systems for the SAT Math section.
Practice data analysis, ratios, percentages, and proportional reasoning for SAT.
Tackle quadratics, polynomials, radicals, and exponential functions for SAT.
Review geometry, trigonometry, and complex numbers for SAT Math.
Complete SAT Math practice test with calculator and no-calculator sections.
Practice algebra, functions, and equations for ACT Math section.
Master geometry concepts including area, volume, angles, and coordinate geometry for ACT.
Review trigonometric functions, identities, and applications for ACT Math.
Practice data analysis, statistics, and probability for ACT Math section.
Complete 60-question ACT Math practice test with answer explanations.

Practice multiplication, division, and multi-step word problems for state assessments.
Master fraction concepts and representations for grade 3 state tests.
Review shapes, area, perimeter, and measurement for state assessments.
Practice reading and interpreting graphs and data for state tests.
Complete grade 3 state test practice covering all math standards.
Practice multi-digit multiplication and division for state assessments.
Master fraction operations and decimal concepts for grade 4 state tests.
Review angles, area, perimeter, and unit conversions for state assessments.
Practice geometric shapes, symmetry, and coordinate planes for state tests.
Complete grade 4 state test practice covering all math standards.
Master all operations with decimals for grade 5 state assessments.
Practice multiplying and dividing fractions for state tests.
Calculate volume of rectangular prisms for grade 5 state assessments.
Practice graphing and coordinate plane problems for state tests.
Complete grade 5 state test practice covering all math standards.
Master ratios, rates, and proportional relationships for state assessments.
Practice algebraic expressions and one-step equations for state tests.
Review area of polygons and surface area for grade 6 state assessments.
Practice data analysis and statistical measures for state tests.
Complete grade 6 state test practice covering all math standards.
Master proportional relationships and linear equations for state assessments.
Practice multi-step equations and inequalities for state tests.
Review circles, angles, and geometric constructions for grade 7 state assessments.
Practice probability and statistical inference for state tests.
Complete grade 7 state test practice covering all math standards.
Master linear equations, slope, and graphing for state assessments.
Practice solving systems of equations for grade 8 state tests.
Review function concepts and representations for state assessments.
Practice Pythagorean theorem and transformations for state tests.
Complete grade 8 state test practice covering all math standards.
Master arithmetic operations and number sense for SHSAT exam.
Practice algebraic expressions, equations, and word problems for SHSAT.
Review geometry concepts including area, volume, and coordinate geometry for SHSAT.
Master complex word problems and logical reasoning for SHSAT exam.
Complete SHSAT Math practice test with timing and answer explanations.

Multi-step calculations, order of operations (PEMDAS), large number arithmetic, and estimation — exactly as tested on the ACT.
Add, subtract, multiply, and divide fractions; convert mixed numbers; compare fractions; and solve fraction word problems in ACT format.
Decimal operations, place value, rounding, converting between decimals and fractions, and real-world decimal applications for ACT.
Percent of a number, percent increase/decrease, converting between percents/decimals/fractions, and real-world percent problems.
Set up and solve proportions, unit rates, scale drawings, similar figures, and unit conversions — all in ACT multiple-choice format.
Operations with positive and negative integers, absolute value, number line problems, and integer word problems for ACT.
Prime factorization, GCF, LCM, prime vs. composite numbers, divisibility rules, and number theory problems in ACT format.
Commutative, associative, and distributive properties; even/odd rules; identity and inverse properties — applied in ACT-style problems.
Simple and compound probability, independent events, probability with/without replacement, and probability word problems for ACT.
Mean, median, mode, range, reading bar graphs, line graphs, pie charts, and scatter plots — all in ACT multiple-choice format.
Substitute values into algebraic expressions and formulas, evaluate with negative numbers and exponents, in ACT format.
Translate verbal descriptions into algebraic equations — sums, differences, products, consecutive integers, and real-world scenarios.
Solve multi-step linear equations with distributive property, combining like terms, fractions, and decimals — ACT style.
Solve absolute value equations with one and two solutions, set up two-case equations, and apply to real-world contexts.
Solve one-variable and compound inequalities, reverse inequality sign rules, and graph solutions on a number line.
Slope, y-intercept, slope-intercept form, standard form, x/y intercepts, parallel and perpendicular lines — ACT format.
Solve systems by substitution and elimination; identify no solution, one solution, or infinitely many solutions.
Add and subtract polynomials, multiply using FOIL and distributive property, expand binomials and trinomials.
Factor using GCF, trinomials, difference of squares, perfect square trinomials, and factoring by grouping.
Solve quadratics by factoring, square roots, and the quadratic formula; use the discriminant to determine solution types.
Apply the quadratic formula to any quadratic; use the discriminant to classify solutions as real, repeated, or complex.
Simplify radicals, add/subtract/multiply radicals, rationalize denominators, and work with cube roots.
Simplify, multiply, divide, add, and subtract rational expressions; identify domain restrictions.
Add, subtract, multiply, and divide complex numbers; simplify powers of i; find conjugates.
Evaluate functions, find domain and range, compose functions, and solve for x given f(x) — all in ACT format.
Add, subtract, and multiply matrices; scalar multiplication; identify dimensions and elements.
Arithmetic and geometric sequences, find nth terms, calculate partial sums, and identify common differences and ratios.
Evaluate logarithms, apply log properties (product, quotient, power rules), solve logarithmic equations.
Simplify exponential expressions, apply exponent rules, evaluate exponential functions, and model growth/decay.
Graph linear inequalities, identify solution regions, solve systems of inequalities, and test boundary points.
Find distances on a number line, calculate midpoints in 1D and 2D, and solve for missing endpoints.
Calculate distances between two points using the distance formula; apply to horizontal, vertical, and diagonal segments.
Calculate slope, write equations in slope-intercept and point-slope form, convert between forms, and find intercepts.
Identify parallel and perpendicular lines by slope, write equations of parallel/perpendicular lines through given points.
Find x- and y-intercepts, graph lines using slope and intercept, and identify lines from graphs.
Find vertex, axis of symmetry, direction of opening, and intercepts of parabolas; use vertex form.
Write and interpret circle equations in standard form; find center, radius, and diameter from equations.
Translations, reflections over axes and y=x, rotations, and dilations of points and figures on the coordinate plane.
Graph linear inequalities, determine solid vs. dashed boundaries, shade correct regions, and test solution points.
Identify circles, ellipses, parabolas, and hyperbolas from equations; find key features of each conic section.
Complementary, supplementary, vertical, and corresponding angles; parallel lines cut by a transversal; angle equations.
Triangle area and perimeter, angle sum, isosceles and equilateral triangles, exterior angles, and triangle classification.
Apply the Pythagorean theorem to find missing sides; recognize Pythagorean triples; solve real-world right triangle problems.
Scale factors, proportional sides, congruence criteria (SSS, SAS, ASA), similarity criteria (AA, SAS, SSS), and area ratios.
Area and perimeter of rectangles, squares, parallelograms, trapezoids, and rhombuses; angle properties of quadrilaterals.
Circumference, area, arc length, sector area, central angles, inscribed angles, and concentric circles.
Volume and surface area of prisms, cylinders, spheres, cones, and pyramids; find missing dimensions.
Find area and volume of composite shapes by adding or subtracting basic figures; multi-step geometry problems.
Use distance, midpoint, and slope formulas to classify quadrilaterals, prove parallelism, and verify geometric properties.
Apply definitions, postulates, and theorems to draw conclusions; identify congruent/similar figures; multi-step reasoning.
Apply sine, cosine, and tangent ratios to find missing sides and angles in right triangles — ACT format.
Exact values for 30°, 45°, 60°; reciprocal functions (csc, sec, cot); cofunction identities and special angle patterns.
Find all missing sides and angles of right triangles using trig ratios, inverse trig, and the Pythagorean theorem.
Apply the Law of Sines to non-right triangles (AAS, ASA, SSA); find missing sides and angles.
Apply the Law of Cosines to find missing sides (SAS) and angles (SSS) in non-right triangles.
Coordinates on the unit circle, trig values at key angles (0°–360°), quadrant sign patterns, and reference angles.
Pythagorean identities, reciprocal identities, quotient identities, cofunction identities, and even-odd identities.
Amplitude, period, phase shift, and vertical shift of sine, cosine, and tangent graphs; match equations to graphs.
Evaluate arcsin, arccos, and arctan; find angles from ratios; apply inverse trig to solve right triangle problems.
Angle of elevation/depression, height and distance problems, navigation, and real-world trig applications.
Comprehensive review of all Pre-Algebra topics: whole numbers, fractions, decimals, percents, ratios, integers, probability, and data.
Complete review of all Elementary Algebra topics: equations, inequalities, systems, polynomials, factoring, and quadratics.
Full review of Intermediate Algebra: quadratic formula, radicals, rational expressions, complex numbers, functions, matrices, sequences, logs, and exponentials.
Complete review of Coordinate Geometry: distance, midpoint, slope, lines, parabolas, circles, transformations, inequalities, and conics.
Full review of Plane Geometry: angles, triangles, Pythagorean theorem, similarity, quadrilaterals, circles, 3D solids, and composite figures.
Complete review of all Trig topics: SOH-CAH-TOA, special values, solving triangles, Law of Sines/Cosines, unit circle, identities, and graphing.

Practice reading scientific tables, identifying trends, extracting specific values, and comparing data points across rows and columns.
Interpret line graphs, bar charts, scatter plots, and pie charts; identify maximum/minimum values, trends, and relationships between variables.
Recognize increasing/decreasing trends, direct/inverse relationships, periodic patterns, and correlations in scientific data.
Estimate values between data points (interpolation) and predict values beyond the data range (extrapolation) using graphs and tables.
Convert information between tables, graphs, diagrams, and written descriptions; match data representations to scenarios.
Calculate slopes, rates of change, and average values from graphs and tables; determine which variable changes faster.
Compare multiple experiments, trials, or conditions; identify similarities, differences, and which data set shows the strongest effect.
Identify control groups, experimental groups, sample size, randomization, and proper experimental setup in scientific studies.
Distinguish between independent variables (manipulated), dependent variables (measured), and controlled variables (constants).
Interpret step-by-step procedures, identify the purpose of each step, and recognize proper experimental techniques.
Choose appropriate measuring instruments, determine precision requirements, and identify correct units for scientific measurements.
Assess whether experiments are well-designed, identify sources of error, and determine if conclusions are supported by data.
Analyze competing scientific theories, identify key differences, and determine what evidence would support or refute each viewpoint.
Determine which hypothesis is better supported when new experimental data is presented; assess consistency with predictions.
Make valid inferences based on experimental results, avoid overgeneralization, and distinguish between correlation and causation.
Recognize unstated assumptions underlying scientific arguments, experiments, and conclusions; assess whether assumptions are reasonable.
Evaluate multiple theories or models against evidence, identify which is most consistent with data, and explain why.
Practice with biology-themed passages covering cell biology, genetics, ecology, evolution, and natural selection.
Practice with chemistry-themed passages covering pH, phase changes, solubility, reactions, and molecular structure.
Practice with physics-themed passages covering forces, motion, energy, momentum, gravity, and density.
Practice with Earth/Space science passages covering geology, astronomy, meteorology, oceanography, and climate.
Focused practice on Data Representation passages (2-3 per test) — pure data analysis with graphs, tables, and diagrams.
Focused practice on Research Summaries passages (2-3 per test) — experimental design, procedures, and results analysis.
Focused practice on Conflicting Viewpoints passages (1 per test) — comparing competing theories and scientific arguments.
Comprehensive review of all Interpretation of Data skills: reading tables/graphs, trends, interpolation, translating formats, rates, and comparisons.
Complete review of Scientific Investigation skills: experimental design, variables, procedures, tools, and validity assessment.
Full review of Evaluation of Models skills: comparing viewpoints, evaluating hypotheses, drawing conclusions, assumptions, and theory support.
Full-length timed practice set with 6-7 passages (40 questions) — simulate real test conditions with mixed passage types.
Full-length timed practice set with 6-7 passages (40 questions) — different passages from Set 1 for additional practice.
Full-length timed practice set with 6-7 passages (40 questions) — advanced difficulty for final test prep.

Master comma placement with restrictive and non-restrictive clauses, appositives, and parenthetical elements
Practice using commas correctly in lists, series, and coordinate adjectives
Learn when to use semicolons to join independent clauses and colons to introduce lists or explanations
Master apostrophe usage in possessive nouns, contractions, and common errors like its vs. it's
Practice using em dashes and parentheses to set off additional information or create emphasis
Review proper use of periods, question marks, and exclamation points in various contexts
Mixed practice covering all punctuation marks tested on the ACT English section
Practice matching subjects with verbs, including tricky cases with prepositional phrases and compound subjects
Master pronoun agreement in number, gender, and person with their antecedents
Practice maintaining consistent verb tense and using correct verb forms including irregular verbs
Learn when to use subjective, objective, and possessive pronoun forms (I vs. me, who vs. whom)
Practice using adjectives vs. adverbs correctly and fixing misplaced or dangling modifiers
Master the correct use of comparative (-er, more) and superlative (-est, most) forms
Practice choosing the correct prepositions and idiomatic expressions commonly tested on the ACT
Mixed practice covering all grammar and usage concepts tested on the ACT English section
Identify and correct incomplete sentences that lack a subject, verb, or complete thought
Learn to identify and fix run-on sentences where two independent clauses are improperly joined
Practice identifying and correcting comma splices where commas incorrectly join independent clauses
Master the use of coordinating and subordinating conjunctions to join clauses properly
Practice maintaining parallel structure in lists, comparisons, and paired elements
Mixed practice covering fragments, run-ons, comma splices, coordination, and parallelism
Practice deciding whether to add, delete, or revise sentences based on the passage's purpose and focus
Learn to arrange sentences and paragraphs in the most logical and effective order
Master the use of transitional words and phrases to connect ideas smoothly within and between paragraphs
Practice maintaining a consistent focus and identifying sentences that disrupt the passage's unity
Mixed practice covering topic development, organization, transitions, and unity
Practice selecting the most accurate and appropriate word for a given context
Learn to choose the shortest, clearest option that conveys the necessary information
Practice identifying and removing redundant words and phrases that repeat the same idea
Master maintaining a consistent level of formality and matching the author's established tone
Mixed practice covering precision, conciseness, redundancy elimination, and tone consistency
Complete 75-question practice test with 5 passages covering all ACT English topics (45-minute timed)
Complete 75-question practice test with 5 passages covering all ACT English topics (45-minute timed)
Complete 75-question practice test with 5 passages covering all ACT English topics (45-minute timed)
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