Basic Function Tables
11+ results
Filters
Grade
Subject
Resource type
Standard
Audience
Programs & methods
Einstein's Relativity: Time-Dilation Made Simple - You Only Need Basic Algebra
Very simple, you only need basic algebra. Here we calculate the time that passes on earth if twins Hans and Franz, two wild and crazy astronauts, take a trip to Alpha Centuarii 4.3 Light Years away close to the speed of light. 3 different speeds are chosen. I hope it helps. The key to doing it simply so the students understand is to express the astronauts speeds as a percentage of light, and then the "C" variable crosses out top and bottom. If you find this useful, there is also a Relativity wor
8th - 12th
Physical Science, Physics
Moles, Molar Calculations and Conversions, Avogadro - Full Lesson - 2026
Mole and Molar Calculations Lesson (with Worksheets and Audio)This resource introduces students to the mole concept and basic chemical calculations. What it is: A lesson and presentation for Grade 9–10 chemistry Suitable as preparation for IB or A Level courses Focuses on fundamental mole concepts and calculations What is included: 55-slide PowerPoint presentation Worked examples of common mole calculations One activity on calculating molar mass Practice worksheets with three sections: Mas
9th - 10th
Chemistry, Physics, Science
Ohm's Law lab (Guided Inquiry)
This lab uses PHet's Circuit Construction Kit to explore the relationships between voltage, current, and resistance. It directs students to manipulate the variables, create data tables, and determine the relationships. Not recommended for lower level students
9th - 12th
Physical Science, Physics
Also included in: Scaffolded Ohm's Law Labs
TED Talk: The Uncertain Location of Electrons- George Zaidan and Charles Morton
Explore the incredible world of atoms in this captivating TED Talk, where the speaker breaks down the structure of atoms, the behavior of electrons, and how these microscopic elements shape everything we experience in life. From the basic components of an atom—protons, neutrons, and electrons—to the complex interactions between electrons, this talk delves into the nature of chemistry and how atomic behavior governs the world around us. Learn about the uncertainty principle of electrons, their du
9th - 12th, Adult Education, Higher Education
Basic Principles, Chemistry, Physics
TED Talk: Why a Sausage can do What Your Gloves Cannot- Charles Wallace and Saja
Why can a sausage activate your smartphone, but your glove can’t? This TED-Ed companion resource explains the science behind touchscreen technology, from resistive pressure systems to the capacitive screens in modern phones. Students will explore the roles of electric circuits, conductive materials, and even human biology in touchscreen function. Perfect for high school or college physics, technology, or engineering courses, this resource includes 20 high-level discussion questions, an expanded
9th - 12th, Adult Education, Higher Education
Computer Science - Technology, Engineering, Physics
IB DP Sciences | Internal Assessment IA | Methodology Planning Document 2026
IB DP Science IA Methodology Planning DocumentA structured worksheet to help students plan their experimental method before starting their Internal Assessment. What it is: A 9-page planning document Used after the research question is approved Focuses on building a clear and reproducible method What is included: Sections with tables, checklists, and short prompts Space for students to complete each part of their method Teacher review and approval section Checklist to confirm the method can
11th - 12th
Biology, Chemistry, Physics
IB DP Sciences | Internal Assessment IA | Writing the Conclusion | 2026
IB DP Science IA Conclusion Writing Worksheet A simple guide to help students write a clear and structured conclusion for their Internal Assessment. * Update: The document has been updated with a cleaner style and with some added content.* What it is: A writing guide with templates and examples Focuses on the conclusion section (Criterion C) Includes subject-specific support for Biology, Chemistry, and Physics What is included: Step-by-step structure for writing a conclusion Example concl
11th - 12th
Biology, Chemistry, Physics
Energy Transformation Practice: Reviews Types of Energy and Energy Transfers!
I've done this activity from 7th through 12th grades and it's always entertaining to see what they come up with. Since they're not actually building it, they can really think out of the box (ex- nuclear energy and thermal energy become popular). I usually do this after a lesson on energy and then I will show then the OK Go, "This Too Shall Pass" video as that is the ultimate contraption to model (in my opinion). You may also wish to show them Rube Goldberg examples. Or, modify a bit and simply u
5th - 12th
Basic Principles, Physical Science, Physics
NGSS
MS-PS3-2
, MS-PS3-5
TED Talk: The science of static electricity- Anuradha Bhagwat
This high school physical science resource explores static electricity, including electron transfer, charge imbalance, and real-world applications like lightning. Students analyze atomic structure and energy transfer in everyday phenomena. Includes • 20 discussion and comprehension questions • Analytical essay prompt • Structured essay with paragraph guidance and sentence starters • Classroom debate activity • Critical thinking discussion questions Grades: 8–12 | Print-and-go
9th - 12th
Basic Principles, General Science, Physics
TED Talk: Just How Small is an Atom?- Jon Bergmann
This TED-Ed companion resource takes students on a mind-blowing journey into the tiny world of atoms. Using imaginative analogies—from blueberries filling the Earth to marbles inside stadiums—students explore the scale, structure, and density of atoms and their nuclei. Designed for high school or college-level physical science classes, this resource includes 20 in-depth discussion questions, a writing prompt focused on visualization and scientific thinking, and a debate topic exploring how we te
9th - 12th, Adult Education, Higher Education
Basic Principles, Chemistry, Physics
TED Talk: Why Can’t You Put Metal in a Microwave?- Aaron Slepkov
Explore the fascinating story of how a melted candy bar led to one of the most revolutionary kitchen inventions— the microwave oven. This engaging TED-Ed lesson examines the life of engineer Percy Spencer, how microwave ovens work at the molecular level, and what makes microwave cooking different from conventional heat. Students will dive into electromagnetic waves, the properties of polar molecules, and the principles of frictional heating. Perfect for integrating STEM topics with historical co
9th - 12th, Adult Education, Higher Education
Basic Principles, Engineering, Physics
Showing 1-11 of 11+ results
TPT is the largest marketplace for PreK-12 resources, powered by a community of educators.
IXL family of brands