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Strategy for Integration

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Strategy for Integration
Separating Fractions
- Use this if the fraction can be separated and will result to a simpler intergrand
Integration By Parts
Basic Substitution
- Indefinite Integral
- Definite Integral
- Natural Logarithm
- Exponentiol Function
- The general Exponentiol Function
- Inverse Trigonometric Functions
- Hyperbolic Functions
- Inverse Hyperbolic Functions
- Indefinite Integral
Multiplying By A Form Of 1
- This technique is used to mutiply the expression (the integrand) by some term divided by itself (which is the same thing as multiplying by a form of 1) in an effort to simplify expression (the integrand) to a expression that can be integrated
Completing The Square
- Use when no substitution available
- Use when we have quadratic function at denominator
- Quadratic function cannot be factorize
- Quadratic function is in the square root
Integration Of Rotational Functions by Partial Fractions
Improper Integrals
Eliminating Square Roots
- Use when we have a trigonometric function in the square root
- Use when the trigonometric functions can be simplified (by using trigonometric identities) to a squared trigonometric form so that the square root can be eliminated
Trigonometric Integrals and Trigonometric Substitutions
Improper Fractions
- Use when we have improper fraction (degree of numerator greater and equal to degree at denominator
Trigonometric Identities
Table Of Integration Formulas
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- Polytechnic Foundation Programme(PFP) Calculus Mind Map on Strategy for Integration, created by arsyadazizi on 28/01/2016.
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- arsyadazizi
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