Mapa mental
Integration Techniques
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Integration Techniques
Change of Variable/ Double Substitutiom
- Apply substitution for "u"
- Solve for "dx"
- Input the values of "u" and "dx" in the equation
- Leave everything in terms of "u"
- Simplify and multiply
- Then just integrate
- Simplify and multiply
- Leave everything in terms of "u"
- Input the values of "u" and "dx" in the equation
- Solve for "dx"
- Apply substitution for "u"
Partial Fractions
- Factor the denominator of the equation
- Use capital letters (A,B,C,..) to separate the factors into fractions, the factor as a denominator and the capital letter as nominator
- Multiply everything by the factors
- Rearrange the equation
- Solve for the capital letters, one letter at the time.
- To solve for one letter, input a value to cancel the other letters
- Once you have the values of the letters, input the values in the equation
- Finally just integrate
- Once you have the values of the letters, input the values in the equation
- To solve for one letter, input a value to cancel the other letters
- Solve for the capital letters, one letter at the time.
- Rearrange the equation
- Multiply everything by the factors
- Use capital letters (A,B,C,..) to separate the factors into fractions, the factor as a denominator and the capital letter as nominator
- Factor the denominator of the equation
Integration by Parts
- When we can't cancel any variable we use the integration by parts
- To know the "u" in the equation we use the Nemotechnique rule
- Nemotechnique rule= LATE= L (Logarithmic) A (Algebraic) T (Trigonometric) E (Exponential)
- General rule for integration by parts
- How to integrate
- Find "du"
- Find "dv"
- Then input the values of "u" and "dv" in the equation for integrate
- And finally integrate and simplify
- Then input the values of "u" and "dv" in the equation for integrate
- Find "dv"
- Find "du"
- How to integrate
- General rule for integration by parts
- Nemotechnique rule= LATE= L (Logarithmic) A (Algebraic) T (Trigonometric) E (Exponential)
- Tabulation method
- Sometimes running the integration by parts process only once will not be enough to solve the integral and we will have to run the process several times
- In some cases we can use a table as a shortcut of using the process more than once
- In some cases we can use a table as a shortcut of using the process more than once
- Sometimes running the integration by parts process only once will not be enough to solve the integral and we will have to run the process several times
- To know the "u" in the equation we use the Nemotechnique rule
- When we can't cancel any variable we use the integration by parts
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- Descrição
- Mapa Mental sobre Integration Techniques, criado por Jimena Martínez em 19-04-2018.
- Criado por
- Jimena Martínez
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