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4+ results

Interactive Physics: The Law of Conservation of Momentum (Discovery Lab)

Created by

Engage Students with a Brand-New, Discovery-Based Physics Simulation!Are you looking for a more meaningful way to introduce the Law of Conservation of Momentum? This Discovery Lab moves beyond the dry "plug-and-chug" approach and invites students to discover the conservation principle for themselves through high-precision simulation and data analysis. ⚡ NEW & ENHANCED FEATURES Minimalist Design: A sleek, professional "Minimalist Purple" UI that focuses on the physics, not the clutter.Discovery

8th - 12th

Physical Science, Physics

NGSS

HS-PS2-2

Force, Motion and Acceleration

Created by

The Science Drop

Newton’s Laws Made EASY! (TEKS 8.7A & 8.7B) Bring Newton’s Laws to life with this engaging, animated-style poster designed specifically for 8th Grade Science classrooms! This visually rich resource helps students truly understand the relationship between force, mass, and acceleration while also seeing how all three of Newton’s Laws work together in real-world systems — not just as isolated concepts.

8th

General Science, Physical Science, Physics

Speed Velocity Acceleration Poster – Motion Middle School Physics Anchor Chart

Created by

PalEducation

This colorful motion poster explains the difference between speed (scalar), velocity (vector), and acceleration (change in velocity), complete with formulas, distance-time graphs, and example calculations. Students see how each concept is graphed on distance-time plots and learn to calculate speed (d/t) and acceleration (Δv/t) with worked example problems. The memorable tagline — "Speed is HOW FAST, Velocity includes WHERE, Acceleration is the CHANGE!" — helps students keep the three concepts st

7th - 9th

General Science, Physical Science, Physics

NGSS

MS-PS2-2

Balanced vs Unbalanced Forces Poster – Net Force Middle School Physics Science

Created by

PalEducation

This clear, side-by-side comparison poster explains balanced and unbalanced forces with six illustrated examples: book on a table, pushing a shopping cart, tug-of-war tie, braking car, constant-speed vehicle, and turning bike. Each scenario shows the forces involved, net force calculation, and resulting motion. Students learn that balanced forces produce no change in motion (Fnet = 0) while unbalanced forces cause acceleration (Fnet ≠ 0). Perfect for: • Middle school and intro high s

7th - 9th

General Science, Physical Science, Physics

NGSS

MS-PS2-1