Classify local extrema using the second derivative test
This worksheet provides practice problems focused on classifying local extrema using the second derivative test, a key concept in calculus. Teachers can use it to reinforce students' understanding of critical points and concavity, helping them analyze functions more confidently. Ideal for high school calculus classes aiming to deepen skills in function analysis and optimization.
Learning objectives
- Identify critical points of a function by finding where the first derivative is zero or undefined
- Apply the second derivative test to determine the nature of local extrema (minimum, maximum, or neither)
- Analyze given functions to classify local extrema accurately using second derivative information
How to use this worksheet
- Select “Sign in / Sign up to download”, then sign in with Google or email to get the PDF from KiwiBee Printables.
- Print at home or in class for High School; it's no-prep, with no extra materials needed.
- Use the included answer key to mark it in seconds.
Good for
Answer Key
More worksheets like this
Identify the graph of the second derivative from the graph of the function
Add and subtract scalar multiples of matrices
Domain and range of absolute value functions: graphs
Complete a function table: absolute value functions
Exponential functions over unit intervals
Transformations of absolute value functions: translations, reflections, and dilations
Reflections of functions
Likes & comments
See what other teachers think and share a helpful note.
Need a different version? Make your own.
Generate a fresh worksheet for any grade, topic and language. Free.
