QCE Together Year 12 Maths Methods: Differentiation of Euler's Number

#### Maths Methods

• The Logarithmic Function 2
• Further Differentiation and Applications 2
• Integrals
• Further Differentiation and Applications 3
• Trigonometric Functions 2
• Discrete Random Variables 2
• Continuous Random Variables and the Normal Distribution
• Interval Estimates for Proportions
• Back to other subjects
Back to other subjects

# Differentiation of Euler’s Number

In this post, we establish and use the formula \frac{d}{dx}(e^{x}) and \frac{d}{dx}e^{f(x)} = f'(x)e^{f(x)} . This syllabus dot point is a part of the QCE Maths Methods course under the topic Further Differentiation and Applications 2 and sub-part Calculus of Exponential Functions, specifically focussing on differentiation of Euler’s number.

### Derivatives of Exponential Functions

This video explains this concept in detail.

### How to Differentiate the Exponential Function (e)

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