1. AI Episode 1: Intro to Artificial Intelligence in Teaching
  2. AI Episode 2: What Does An AI Teaching Assistant Look Like?
  3. AI Episode 3: Implications for Thought Leaders and Policy Developers
  4. Introducing Simulations into Teacher Preparation Programs
  5. Assistive Technology to Support Writing
  6. Enhancing Instruction and Empowering Educators with AI Tools and Technology
  7. So, AI Ruined Your Term Paper Assignment?
  8. Step by Step Use of Chat GPT
  9. CIDDL ChatGPT: Summarizing Text
  10. CIDDL ChatGPT: Solving Multiple Choice Questions
  11. Equity, Diversity, and Access to Technology in the Age of Artificial Intelligence
  12. CIDDL ChatGPT: Writing Programs
  13. CIDDL ChatGPT: Solving Word Problems
  14. Artificial Intelligence: Positives and Negatives in the Mathematics Classroom
  15. AI to Support Literacy
  16. Using the AI Bill of Rights to Guide Education’s use of AI and the European Commission’s “Ethical Guidelines for Teaching and Learning” to Guide the Future of AI in Education Part 1 of 2
  17. Using the AI Bill of Rights to Guide Education’s use of AI and the European Commission’s “Ethical Guidelines for Teaching and Learning” to Guide the Future of AI in Education Part 2 of 2
  18. Three Free & Easy Tools to Support Tiered Reading in Your Classroom
  19. The Question of Equity in the Age of ChatGPT
  20. CIDDList: 5 AIs You Need to Check Out This Summer!
  21. Mixed Reality Simulations, Personalized Learning, AI, and the Future of Education with Dr. Chris Dede
  22. Foundations for AI and the Future of Teaching and Learning from the US Department of Educational Technology
  23. Apple Enters the AR/VR/MR/XR Scene
  24. ChatGPT, AIs, and the IEP?
  25. There’s An AI for That: A Site Dedicated to Curating AIs
  26. UDL, Design Learning, and Personalized Learning
  27. Embracing the Future: How Teachers Can Harness AI at the Beginning of the School Year
  28. Empowering Special Education Faculty: Navigating the AI Landscape in Higher Education for 2023-2024.
  29. CIDDList: Back-to-School Checklist for Technology in Teacher Preparation Courses
  30. Cracking the Code: Students with Disabilities in the Computer Sciences 
  31. UNESCO Discusses Artificial Intelligence
  32. AI-integrated Apps for Those with Visual Impairments: Camera-Based Identifiers and Readers
  33. Publishers Respond to Generative AI
  34. K-12 Generative AI Readiness Checklist
  35. CIDDL Talks How AI Will Change Special Education at TED
  36. Re-designing and Aligning an Intro to Special Education Class to the UDL Framework through Technology Integration: Minimizing Threats and Distractions
  37. Resources for Learning About AI Going Into 2024
  38. Artificial Intelligence in Education 2023: A Year in Review
  39. Revolutionizing Mathematics Education in K-12 with AI: The Role of ChatGPT
  40. Image Generating AI and Implications for Teacher Preparation
  41. Are We There Yet? AI for Statistical Analysis
  42. Answers to Your AI Questions: A Conversation with Yacine Tazi
  43. Emerging Trends in Special Education Technology: A Doctoral Scholar Symposium
  44. 2024: A Space Odyssey? How AI and Technology of the Present Compares to HAL9000 and the Predictions of 2001: A Space Odyssey
  45. Using ChatGPT for Writing Lesson Plans
  46. Updates in the World of AI

Artificial Intelligence: Positives and Negatives in the Mathematics Classroom

Author: Kenneth Holmaninfo@ciddl.org

In the last few years, artificial intelligence (AI) has had a significant impact on mathematics learning in the classroom. From virtual math tutors and apps to interactive calculators and problem-solving programs, AI has revolutionized how students learn math. With AI-powered tools such as Photomath, Desmos, Geogebra, and Microsoft Math Solver, math has become easier to understand, analyze and solve. 

The Transformation for Math Technology

AI has transformed the technology of math teaching and has become invaluable in helping students learn and understand complicated mathematical problems. AI-powered tools can act as virtual math tutors, guiding students step by step through a problem, breaking it down into smaller concepts, and breaking down any language barriers the student might face. AI-powered tutoring systems can even explain concepts using visual models and interactive activities, helping students develop a deeper understanding of the material.  AI-powered math-solving programs can help speed up the math instruction process. These programs can automatically solve any equation or problem and provide students with quick and accurate answers. As a result, students have more time to understand the material and not just quickly memorize formulas or algorithms. There are also AI-based calculator apps such as Photomath or Desmos that allow students to quickly calculate complicated problems and equations without needing to input them into a calculator.

Student Learning and Artificial Intelligence

AI-powered tutors and programs are only able to teach students what they are explicitly programmed to do. This can limit students’ ability to develop their own methods and approaches to solving a problem, as well as push their ability to think outside the box. While AI can be used to provide students with accurate and quick results, it can also lead to students becoming complacent and overly reliant on technology. If students rely too heavily on AI-powered programs, they risk not developing the critical thinking skills necessary to analyze and solve mathematical problems independently. Moreover, students may not fully comprehend the material if they rely too heavily on AI-powered tools. 

While AI has both positive and negative effects on the teaching of mathematics in the classroom, these tools can help students understand complex concepts and solve problems quickly, they can also limit student creativity and make students overly reliant on technology. This all depends on the goal of the class or learning experience. It’s important that teachers monitor how students use AI-powered tools and provide guidance to ensure that students are using them in a way that fosters independent thinking and critical thinking.

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