Advanced Derivative Rules
This final page covers advanced derivative rules, specifically the chain rule and product rule, which are essential for differentiating complex exponential and logarithmic functions.
Definition: The chain rule states that for fx = uv(x), the derivative is f'x = u'v(x) · v'x.
Definition: The product rule states that for fx = ux · vx, the derivative is f'x = u'x · vx + v'x · ux.
The page provides several examples applying these rules to exponential and logarithmic functions:
- Chain Rule Example: fx = e^x3+5x2
- Product Rule Example: fx = 5x−2 · e^x
Example: For fx = e^x3+5x2, using the chain rule, f'x = e^x3+5x2 · 3x2+10x
The page also covers finding critical points, including:
- Zeros: fx = 0
- Extrema: f'x = 0
- Inflection points: f''x = 0
Highlight: These advanced rules are crucial for solving complex problems involving Rotationskörper Integral Aufgaben rotationalbodyintegralproblems and Fläche zwischen zwei Graphen Aufgaben mit Lösungen areabetweentwographsproblemswithsolutions.
This section provides valuable insights for tackling advanced calculus problems and understanding the behavior of complex functions.