Description
The lesson file (6 pages) introduces Calculus I students to L'Hopital's Rule (Hospital's Rule) and many types of indeterminate forms (suitable for AP Calculus AB).
The topics included are:
- L'Hopital's Rule
- Indeterminate Forms:
- 0/0
- ∞/∞
- 0*∞
- ∞ - ∞
- 0^0
- 1^∞
- ∞^0
Plus: many examples regarding these topics throughout.
The worksheet contains 20 introduction limit problems to be solved using L'Hopital's Rule (also known as Hospital's Rule), plus the solutions.
It can either be used as worksheet for classwork, homework, or even a quiz/test.
It covers all types of indeterminate forms.
If you liked this resource, there are other Calculus 1 lecture notes you may enjoy:
- Introduction to Limits
- Limit Laws, Calculating Limits, Squeeze Theorem
- Continuity
- Differentiation Rules
- Implicit Differentiation
- Derivatives of Logarithmic Functions & Logarithmic Differentiation
- L'Hopital's Rule, Indeterminate Forms
- Linear Approximation and Differentials
- Mean Value Theorem (MVT)
- Absolute Extrema (Maxima & Minima)
- Newton's Method
It is typed in LaTeX for a beautiful and professional look.
Limits Using L'Hopital's Rule, Indeterminate Forms: Lesson + Worksheet + Key
Highlights
Description
The lesson file (6 pages) introduces Calculus I students to L'Hopital's Rule (Hospital's Rule) and many types of indeterminate forms (suitable for AP Calculus AB).
The topics included are:
- L'Hopital's Rule
- Indeterminate Forms:
- 0/0
- ∞/∞
- 0*∞
- ∞ - ∞
- 0^0
- 1^∞
- ∞^0
Plus: many examples regarding these topics throughout.
The worksheet contains 20 introduction limit problems to be solved using L'Hopital's Rule (also known as Hospital's Rule), plus the solutions.
It can either be used as worksheet for classwork, homework, or even a quiz/test.
It covers all types of indeterminate forms.
If you liked this resource, there are other Calculus 1 lecture notes you may enjoy:
- Introduction to Limits
- Limit Laws, Calculating Limits, Squeeze Theorem
- Continuity
- Differentiation Rules
- Implicit Differentiation
- Derivatives of Logarithmic Functions & Logarithmic Differentiation
- L'Hopital's Rule, Indeterminate Forms
- Linear Approximation and Differentials
- Mean Value Theorem (MVT)
- Absolute Extrema (Maxima & Minima)
- Newton's Method
It is typed in LaTeX for a beautiful and professional look.




