Percent Increase and Decrease Quiz
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Programs & methods
Direct vs Inverse Proportionality Infographic Poster
Graphing Variable Relationships: Direct, Inverse, and No Correlation Help students understand how variables relate to one another using this engaging graphing relationships infographic. This visual teaching resource explains three important types of relationships between variables: • Direct proportionality – both variables increase together • Inverse proportionality – one variable increases while the other decreases • No correlation – variables show no predictable pattern Students learn h
8th - 12th, Adult Education, Higher Education
General Science, Physical Science, Physics
Mass, Distance, and Universal Gravitational Force Infographic Poster
Gravity: The Universal Force of Attraction Help students understand how gravity works with this engaging Gravity physics infographic. This visual teaching resource explains how gravity acts as a universal force of attraction between objects with mass and how the strength of gravitational force depends on mass and distance. Students learn how increasing mass strengthens gravitational attraction and how increasing distance weakens gravitational force. Perfect for physics, physical science, and
6th - 12th, Adult Education, Higher Education
General Science, Physical Science, Physics
Teenagers Doing Math Clip Art | Middle & High School Students at Desks
Looking for realistic clip art of teens doing math that actually looks like your students? This set was designed with upper elementary, middle school, and high school classrooms in mind (no cutesy cartoon kids here!) These teens are shown waist up, working at desks with common math tools, perfect for bringing relatable, age-appropriate visuals to your resources. ➨ What You’ll Get:6 total student illustrationsTeen girl using calculatorTeen boy using calculatorTeen boy using protractorTeen girl u
4th - 12th, Adult Education, Higher Education
Math, Physics
Also included in: Teenagers Clip Art | Growing Bundle | Diverse School & Activity Scenes
Kinematic Equations and Motion Graphs Poster – High School Physics Guide
This comprehensive high school physics reference poster presents all four kinematic equations (v = v₀ + at; Δx = v₀t + ½at²; v² = v₀² + 2aΔx; Δx = ½(v + v₀)t) alongside a complete guide to reading and interpreting position-time, velocity-time, and acceleration-time graphs. A decision flowchart at the bottom helps students identify which equation to use based on the missing variable. Perfect for: • High school physics and AP Physics kinematics units • Motion graphs and equations of motion instr
9th - 12th
General Science, Physical Science, Physics
NGSS
HS-PS2-1
AP Physics 2 Fill-in Notes: Ideal Gas Law & 1st Law of Thermo
Fill-in Notes that cover the following topics in Unit 9: Thermodynamics in AP Physics 2: Ideal Gas LawAvogadro's NumberDefinition of Internal EnergyDefinition of HeatDefinition & Equation for WorkFirst Law of ThermodynamicsFile includes a PDF version of the blank notes, an editable PPTX version, and images of the filled-in notes. This content is aligned with the current 2024 version of the AP Physics 2 curriculum.
11th - 12th
Physics
Electromagnetism & Faraday's Law LAB PACK | High School Physics STEM
Turn abstract physics into action. This hands-on, 3-day laboratory unit guides students from the basics of Oersted’s Principle to the engineering challenge of building a functional electric generator. Perfect for High School Physics or Physical Science, this packet transforms invisible forces into tangible learning. 🧲 What’s Inside the Packet?This resource includes everything you need to run a seamless inquiry unit: Complete 3-Day Lesson Plan: Step-by-step teacher script, pacing guide, and safe
9th - 12th, Higher Education
Engineering, Physical Science, Physics
NGSS
HS-PS2-5
Work Energy and Power Poster – High School Physics Relationships Anchor Chart
This chalkboard-style high school physics poster covers the complete Work-Energy-Power unit: Work (W = F·d·cos θ), Kinetic Energy (KE = ½mv²), Potential Energy (PE = mgh), Conservation of Energy (KEᵢ + PEᵢ = KEf + PEf), and Power (P = W/t). A fully worked frictionless ramp example problem walks students through applying conservation of energy from start to finish, solving for final velocity. Perfect for: • High school physics and AP Physics units on energy • Work-energy theorem instruction • C
9th - 12th
General Science, Physical Science, Physics
NGSS
HS-PS3-1
High School Science Unit Pack: Stellar Evolution, Nuclear Fusion, Sun Life Cycle
🚀 Go Beyond the Diagram: The Physics of the SunMove your students past simple coloring pages and into the real astrophysics of stellar evolution. This complete lesson packet guides students through the life cycle of the Sun, but goes deeper by applying Einstein’s E=mc² to calculate the massive energy released during nuclear fusion. Designed for high school Earth Science and Physics classrooms, this resource connects the "Life Cycle of Stars" to quantitative evidence, satisfying the rigor requ
9th - 12th
Algebra 2, Earth Sciences, Physics
NGSS
HS-ESS1-1
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