Ti nspire software draw6/21/2023 ![]() ![]() Check out the video below for a more thorough explanation. You can easily use its “construct perpendicular” feature to try to make clearer to students exactly where the key points are in the derivative that align to critical points in the original functions. In this video I offer another method to add to your bag of tricks, which is the TI-Nspire’s dynamic geometry software. In my experience, there are always some students that struggle to make the graphical connections between a function and its first derivative, despite possible problem solving methods such as curve sketching, sign tables, and matching the function with a list of possible derivatives. I thought TPM readers might be interested in the calculus activity, which involved graphing the derivative of a function on the TI-Nspire. This technology includes both handhelds and computer software, providing teachers the flexibility to. In addition to a basic overview of the device, I presented the ICC math department with series of activities I might use in algebra, calculus, and statistics. of TI-Nspire maths and science learning technology. ![]() The math department their asked me to introduce them to the TI-Nspire, as they are starting to see a significant number of their students show up with the Nspire. Recently, I was very honored to have the opportunity to speak at a professional development day at Illinois Central College.
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