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Educational infographic on Basic Trigonometry with Integration featuring: Trigonometric Functions: Unit circle with sinθ, cosθ, tanθ values Integration Formulas: ∫sinx dx = -cosx + C, ∫cosx dx = sinx + C Step-by-Step Examples: Worked problems like ∫sin(3x) dx

Basic trigonometry with integration

Basic Trigonometric Integration Questions

  1. Integrate: ( int sin(x) , dx )
  2. Integrate: ( int cos(x) , dx )
  3. Integrate: ( int tan(x) , dx )
  4. Integrate: ( int cot(x) , dx )
  5. Integrate: ( int sec(x) , dx )
  6. Integrate: ( int csc(x) , dx )
  7. Integrate: ( int sin^2(x) , dx )
  8. Integrate: ( int cos^2(x) , dx )
  9. Integrate: ( int sec^2(x) , dx )
  10. Integrate: ( int csc^2(x) , dx )
  11. Integrate: ( int sin^3(x) , dx )
  12. Integrate: ( int cos^3(x) , dx )
  13. Integrate: ( int sec^3(x) tan(x) , dx )
  14. Integrate: ( int csc^3(x) cot(x) , dx )
  15. Integrate: ( int sin(x) cos(x) , dx )

Basic Trigonometric Integration Questions and Solutions

  1. Integrate: ( int sin(x) , dx )
    Solution: ( -cos(x) + C )
  2. Integrate: ( int cos(x) , dx )
    Solution: ( sin(x) + C )
  3. Integrate: ( int tan(x) , dx )
    Solution: ( -ln|cos(x)| + C ) or ( ln|sec(x)| + C )
  4. Integrate: ( int cot(x) , dx )
    Solution: ( ln|sin(x)| + C )
  5. Integrate: ( int sec(x) , dx )
    Solution: ( ln|sec(x) + tan(x)| + C )
  6. Integrate: ( int csc(x) , dx )
    Solution: ( -ln|csc(x) + cot(x)| + C )
  7. Integrate: ( int sin^2(x) , dx )
    Solution: ( frac{1}{2} x – frac{1}{4} sin(2x) + C )
  8. Integrate: ( int cos^2(x) , dx )
    Solution: ( frac{1}{2} x + frac{1}{4} sin(2x) + C )
  9. Integrate: ( int sec^2(x) , dx )
    Solution: ( tan(x) + C )
  10. Integrate: ( int csc^2(x) , dx )
    Solution: ( -cot(x) + C )
  11. Integrate: ( int sin^3(x) , dx )
    Solution: ( -frac{1}{3} cos^3(x) + C )
  12. Integrate: ( int cos^3(x) , dx )
    Solution: ( frac{1}{3} sin^3(x) + C )
  13. Integrate: ( int sec^3(x) tan(x) , dx )
    Solution: ( frac{1}{2} sec^2(x) + C )
  14. Integrate: ( int csc^3(x) cot(x) , dx )
    Solution: ( -frac{1}{2} csc^2(x) + C )
  15. Integrate: ( int sin(x) cos(x) , dx )
    Solution: ( frac{1}{2} sin^2(x) + C ) or using substitution: ( frac{1}{2} cos^2(x) + C )

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