In this continuation of the deep dive into the TI-84 Plus series, presenters will focus on using TI-84 Plus technology as a tool for inquiry while highlighting the following capabilities:

• Using tables as dynamic tool to examine growth
• Exploring patterns and trigonometry
• Using the Cabri™ Jr. geometry app to explore invariants

Simulation is perhaps the most effective pedagogical tool available for teaching probability, and using technology is at the heart of this kind of simulation. In this webinar, presenters will explore many examples of using simulation to teach different probability topics with TI technology.

Presenters will:

• Explore theoretical vs. experimental probability
• Demonstrate examples of simulations of probabilities that are difficult to compute directly
• Share activities that will engage students in creating simulations for these difficult-to-compute probabilities

Effective teaching of mathematics facilitates discourse among learners to build shared understanding of mathematical ideas by analyzing and comparing approaches and arguments. In this webinar, presenters will discuss how one might implement and facilitate tasks that promote productive discussions to strengthen the teaching and learning of mathematics. They will explore types of tasks that encourage mathematical flexibility to show what students know in more than one way.

In this webinar, AP® Calculus Readers will investigate the Mean Value Theorem (MVT) using TI graphing technology. Presenters will emphasize student opportunities to reason with the MVT.

Join this session to explore:

• Chain Rule
• Implicit Differentiation
• Derivatives of Inverses

Presenters will utilize both TI-84 Plus CE and TI-Nspire™ handheld devices during the webinar.

This webinar will show how to foster inquiry in your classroom with images and apps that are pre-loaded on your TI-84 Plus family calculator.

Presenters will:

• Showcase the pre-built images and develop mathematical models with the Manual-Fit line as well as QuickPlot and Fit Equation tools
• Set the stage for rich learning contexts with the Transformation Graphing app
• Explore other pre-loaded apps as time permits

In this webinar, presenters will help you take flight! You are challenged to use math and science to take off and fly a virtual plane. You need just the right amount of velocity, but not too much, and you need just the right amount of lift to fly the plane. You can control your flaps and slats to determine the right amount of surface area for your wings.

The STEM on the Fly activity is rich in math and science. It’s a great cross-curricular lesson that will get kids pumped about flying and maybe even get them thinking about a career in aviation. This TI activity is available on both TI-84 Plus CE and TI-Nspire™ technology.

Presenters will:

• Share a STEM Behind Cool Careers activity
• Explore force and how it’s related to flight
• Show the connection between the math and science of flight

Presenters will celebrate computer science week by discussing their insights from leading coding and STEM projects within their math classrooms. Experience the excitement of students engaging in challenging tasks that put STEM into practice.

Presenters will:

• Highlight coding and STEM projects using the TI-Innovator™ Rover and TI-Innovator™ Hub with TI Launchpad™ Board
• Discuss challenges and lessons learned
• Share implementation strategies

Learn from their experiences so that you can incorporate these engaging activities using TI technology into your math classrooms.

What is a concussion and what are the causes? What is the purpose of a helmet?

There is an increased awareness and concern about concussions, especially in sports. Presenters will discuss how students can use TI Nspire™ CX technology and Vernier probes to collect data to address this real world problem. They will show how to help students apply science and engineering ideas to design, evaluate, and refine a device that minimizes the force on an object during a collision.

Join this webinar to learn more about:

• Using TI-Nspire CX™ technology and Vernier data collection probes to investigate what materials reduce the impact of force on an object
• Analyzing data in DataQuest using different techniques: Best-fit line, modeling, area under-a -curve
• Implementing the Next Generation Science Standards Three Dimensional Learning model: Practices, Core Ideas and Cross-Cutting Concepts

Presenters will highlight real-world examples from their work with STEM students.

How your students talk about the endpoints of intervals matters on the AP® Calculus exam. In this webinar, AP® Calculus experts will discuss the use of TI technology to enhance student understanding of this tricky but crucial topic.

Presenters will:

• Discuss increasing/decreasing, concavity and endpoints
• Share insights from the exam scoring
• Give tips on careful language

Presenters will use both TI-84 Plus and TI-Nspire™ technology.