Free printable worksheet
Basic Integration Worksheet
Twelve indefinite and definite integrals using core antiderivative rules.
CalculusGrades 11-124 pagesAnswer key included
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What this worksheet includes
- Twelve indefinite and definite integrals using core antiderivative rules.
- 4-page printable PDF with a complete answer key
- Designed for Grades 11-12 calculus practice
- First-page preview available before the free email unlock
How to use it
Use this basic integration worksheet for guided practice, independent review, homework, tutoring sessions, or a quick skills check. The spacious layout is designed to leave room for students to show their work rather than guess from crowded answer choices.
After students finish, compare their reasoning with the included answer key. When an answer is incorrect, have the student locate the first step where their work changed direction before trying the problem again.
Who this practice is for
This resource is designed for grades 11-12 students working on calculus. Teachers, tutors, homeschool families, and parents can preview the first page before deciding whether the level and spacing fit the student.
Looking for a broader sequence? Browse all Calculus worksheets.
Topic guide
How to approach basic integration
Basic Integration practice is most effective when students identify the governing definition, theorem, or rule before beginning a calculation. Twelve indefinite and definite integrals using core antiderivative rules.
This calculus set moves from direct applications into mixed review. Students should preserve exact values, label each important step, and use the answer key to locate the first point where an incorrect solution changes direction.
Learning objectives
- Recognize the central rules and representations used in basic integration
- Apply an efficient procedure to solve basic integration problems
- Check results using notation, substitution, estimation, or a relevant inverse process
Skills to review first
- Core vocabulary connected to basic integration
- Accurate arithmetic and algebraic simplification
- Reading mathematical notation and showing work in a logical sequence
Worked example
Follow the reasoning step by step
Plan and solve a representative basic integration problem from Part A.
- List the given information and state what must be found.
- Select the definition, theorem, formula, or procedure that applies to basic integration.
- Substitute or transform carefully, keeping one logical change on each line.
- Check the result against the original conditions and include units or restrictions when needed.
Solution: A complete solution includes the correct result and enough reasoning to verify it.
Try before downloading
Three sample problems
Work each problem, then open the answer to check your result.
Integrate:
Show answer
Evaluate the definite integral:
Show answer
Error check
Common mistakes to watch for
- Beginning a calculation before identifying the relevant rule or given information
- Dropping a sign, unit, restriction, or exact-value symbol during simplification
- Comparing only the final answer instead of checking the first incorrect step