H2 Math – Applications of Integration

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H2 Math – Applications of Integration Lesson Notes

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Applications of integration 3 Questions

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Pg 1 – Area Between Two Curves

Pg 1 – Volume

Pg 1 – Volume Bounded by Two Curves

11.1 Integration as an Inverse Process of Differentiation 4 Questions

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Pg 2 Q1 – Integration as an Inverse Function of Differentiation

Pg 2 Q2 – Integration as an Inverse Function of Differentiation

Pg 2 Q3 – Integration as an Inverse Function of Differentiation

Pg 2 Q4 – Integration as an Inverse Function of Differentiation

11.2 Integrals involving Modulus Functions 5 Questions

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Pg 3 Q3 – Integrals of Modulus Functions

Pg 3 Q4 – Integrals of Modulus Functions

Pg 4 Q1 – 2013 CJC P1 Q2

2013 ACJC P2 Q4 (b)

Pg 4 Q3 – 2013 RI P1 Q12 (b)

11.3 Area Bounded by Curves 4 Questions

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Pg 5 Q1 – Area of Curves

Pg 5 Q2 – Area of Curves

Pg 5 Q3 – Area of Curves

Pg 5 Q4 – Area of Curves

11.4.1 Volume of Revolution 12 Questions

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Volumes Of Revolution Q1

Volumes Of Revolution Q2

Volumes Of Revolution Q3

Volumes Of Revolution Q4

Volumes Of Revolution Q5

Volumes Of Revolution Q6

Volumes Of Revolution Q7

Volumes Of Revolution Q8

Volumes Of Revolution Q9

Volumes Of Revolution Q10

Volumes Of Revolution Q11

Volumes Of Revolution Q12

11.4.2 Volume of Revolution: Roots of Equations 6 Questions

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Volume of Revolution: Roots of Equations Q1

Volume of Revolution: Roots of Equations Q2

Volume of Revolution: Roots of Equations Q3

Volume of Revolution: Roots of Equations Q4

Volume of Revolution: Roots of Equations Q5

2014 HCI P1 Q11

11.4.3 Volume of Revolution about Non-Standard Axes 1 Question

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Volume of Revolution about Non-Standard Axes Q1

Practice 1 1 Question

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2017 HCI P1 Q8 (b)