Mindmap
Differentiation
Inhalt der Mindmap
Differentiation
Chain Rule
- Rule for finding the derivative of a composition function by the following rule.
- (f.g(x))'=g'(x)f'(g(x))
- Rule for finding the derivative of a composition function by the following rule.
Product Rule
- It is used to find the derivative of the product of two functions, associating each one of them with a variable and solving by the following rule.
- f(x)= uv'+u'v
- It is used to find the derivative of the product of two functions, associating each one of them with a variable and solving by the following rule.
Quotient Rule
- Method in which you are able to find the ratio of two differentiable functions.
- f(x)=(u'v'-uv')/v^2
- Method in which you are able to find the ratio of two differentiable functions.
Power Rule
- It refers to a rule with helps you derivate a variable raised to a power
- f(x)= x^n =x(n)^n-1
- It refers to a rule with helps you derivate a variable raised to a power
Logarithmic and Exponential Functions
- Process of finding the rate of change of a logarithmic or an exponential function by the following rules
- f(x)= ln u = u’ /u f(x)= e^u = u’.e^u f(x)= a^u = u’.lna.a^u f(x)= loga ^u = (u’)/lna.u
- Process of finding the rate of change of a logarithmic or an exponential function by the following rules
Trigonometric
- The process of finding the derivative of a trigonometric function
- f(x)= sinU = u’Cosu f(x)= CosU = -u’Sinu f(x)= Tan U = u’Sec^2u f(x)= Cot U =-u’Csc^2u f(x)= SecU = u’SecuTanu f(x)=CscU = -u’CscuCotu
- The process of finding the derivative of a trigonometric function
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- Mindmap am Differentiation, erstellt von Laura Karina Escalante Vazquez am 23/10/2017.
- Erstellt von
- Laura Karina Escalante Vazquez
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