Calculus Continuity Foldable Engaging Activity in Trifold format
This resource is designed for first semester Calculus students and is from Unit 2, Limits and Continuity. The trifold contains three activities in one
, is paper friendly, and can be used in Interactive Notebooks if desired.
In section one, the students familiarize themselves with the rules and conditions for continuity at a point
As they open the trifold, they find section two which has three examples of discontinuous functions. Opposite of that, students write the reasons in their own words
why the function is discontinuous.
As they open the trifold fully, students work on the third section. They determine which graph
, from a separate page of six graphs, meets specified conditions
. They can cut and paste the graph or just write the correct letter in the space.
In the fourth section of the trifold, students sketch a graph of their own discontinuous functions
which meet given conditions.
On the back,there is room for notes or the foldable can be attached to an interactive notebook.
Easy two sided printing directions are included as well as the answer key. This activity is tree friendly the foldable uses one sheet of paper
, plus 1/2 sheet for the graphing activity.
This fun learning activity can be used as enrichment, homework, group work, or even as an assessment.
You may also like:
★ Continuity Task Cards and Quiz
★ Defining Continuous Functions Task Cards and More
★ Continuity Digital Interactive Task Cards with GOOGLE Slides
★ Calculus Bundle of Foldables for the entire course
★ Limits Bundle of Resources
includes this resource.
★ Limits Comic Book Doodle Notes
★ Limits From a Graph BOOM Cards, Digital Self-Grading Task Cards
★ More Calculus Resources
⇒ Click on the green star near my name
on the top of any page in my store to become a follower and be the first to hear about my freebies, sales and new products designed to help you teach, save you time, and engage your students.
Did you know
that you can earn 5% back for future purchases by leaving feedback? Your feedback is greatly appreciated.
Thanks for shopping in my store! Custom requests gladly accepted. If you have any questions or comments please contact me by email me at: email@example.com.
©2016 Joan Kessler (distancemath.com™). Please note - this resource is for use by one teacher only. Colleagues must purchase additional licenses or you may purchase licenses for them at a discount. Note: You may not upload this resource to the Internet in any form.