A2 Pure: Integration
34. Volumes of Revolution
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🟢 11. Integration (A2)
- Integrating Simple Terms
- Integral Simplification Techniques
- Standard Trig Integrals
- Standard Trig Integrals: Example
- Integrating Even Powers of sin x & cos x
- Integrating Even Powers of sin x & cos x: Ex’s
- Integrating Trig Products using the Double Angle Formulas
- Integrating Trig Products using the Factor Formulae
- Integration by Substitution: Spotting the Derivative 1
- Integration by Substitution: Spotting the Derivative 2
- Integration by Substitution: Ex’s 1
- Integration by Substitution: Ex’s 2
- Integration by Substitution: Ex’s 3
- Integration by Substitution: Ex’s 4
- Integrating 1 / x
- Integrating 1 / x: Ex
- Integrating tan x & cot x
- Integrating Odd Powers of sin x & cos x
- Integrating Odd Powers of tan x
- Integrating cosec x: A Tricky Trig Integral
- Integrating Functions With: e
- Integration by Parts
- Integration by Parts: Ex 1
- Integration by Parts: Ex 2
- Repeated Use of Integration by Parts 1
- Repeated Use of Integration by Parts 2
- Repeated Use of Integration by Parts 3
- Inverse Trig Integrals
- Partial Fractions & Integration
- Partial Fractions & Integration: Ex
- Exponential Functions Involving Time
- Parametric Integration
- Parametric Integration: Ex
- Volumes of Revolution
- Volumes of Revolution of Parametric Functions
⚪ 1. Algebraic Methods (A2)⚪ 2. Functions & Graphs (A2)⚪ 3. Sequences & Series (A2)⚪ 4. Binomial Expansions (A2)⚪ 5. Radians⚪ 6. Trigonometric Functions⚪ 7. Further Trigonometry⚪ 8. Parametric Equations⚪ 9. Differentiation (A2)⚪ 10. Numerical Methods: Areas & Roots🟢 11. Integration (A2)⚪ 12. Integration Revision⚪ 13. Vectors (A2)🎞️ Worked Ex's: A2 Pure📋 AS & A2 Appendix & Formula Sheets♻️ Change course
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