Calculus
1. Differentiation
(a) Rules of Differentiation
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Product and Quotient Rule
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Chain Rule and Breaking Shell’s Method
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Second and Higher Derivatives
(b)Applications of Differentiation
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Gradient, Graphical behavior, Maximum Point(s), Minimum Point(s) , Point(s) of Inflexion and Tests for those Points
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Tangents and Normals
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Rate of change and Optimization problems
2.Integration
(a) Indefinite Integration and Integration by Inspection or Substitution
(b) Definite Integration
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Definite Integral and Finding the Constant term
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Area under curves and Area between curves
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Volumes of revolution about the x-axis
3. Kinematics problems with Displacement, Velocity and Acceleration
4. Harder problems involving Calculus
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