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Mass vs. Weight & Floating Egg Lab | Density & Buoyancy | NGSS Aligned | 6-8
Can you make an egg float without changing its mass or weight? Students find out in this hands-on, NGSS-aligned lab!This engaging 2-part activity bundle helps middle schoolers master the critical — and commonly confused — concepts of mass, weight, density, and buoyancy. Students take structured notes, compare properties in a Venn diagram, conduct a step-by-step salt water lab, and write a scientific summary. Perfect as an introduction to density or a standalone properties-of-matter investigation
6th - 8th
Physical Science, Physics, Science
CCSS, NGSS
RST.6-8.3
, RST.6-8.7
, RST.6-8.9
+2
Can Trains Float? Physics Reading Comprehension 2 Passage & Questions
Magnetic levitating trains turn abstract physics ideas into real-world excitement, making them an ideal focus for middle and high school lessons on forces, energy, and engineering under standards such as NGSS MS-PS2 and HS-PS3. A resource that presents the topic through two leveled reading passages with question sets lets every student explore how opposing magnetic fields lift a train above its track, why reduced friction boosts efficiency, and how superconductors can enable record-breaking spee
6th - 10th
General Science, Physics, Reading
CCSS, NGSS
RST.6-8.2
, RST.6-8.4
, RST.9-10.2
+5
Question Exploration: Why Do Astronauts Float? What is Free Fall?
Why do astronauts float weightless in space? This question exploration explains freely falling objects as examples of motion with constant acceleration, and gives physics Ss practice comparing speed and acceleration of different falling masses at different stages of free fall. Question Exploration Routines are instructional methods that teachers can use to help a diverse student population understand a body of content information by carefully answering a critical question to arrive at a main ide
9th - 12th, Higher Education
Physics, Science
NGSS
HS-ESS1-4
, MS-PS2-4
, MS-ESS1-2
+3
Also included in: StayGiant Physics Bundle: Dynamics
Why Boats Float
This resource could be used with students learning about why objects float even though it's from a Farcical Physics column that used to run in The Physics Teacher magazine. From January 1987, this was one of the best. To help students understand buoyant force, ask students to analyze how the explanation for wooden boats (aside from anthropomorphization of the water) fits within the explanation given by Newton's Laws. Then students can be asked (using their non-anthropomorphized explanation) to e
9th - 12th
Physical Science, Physics
Cardboard Boat Project
Will you sink or float? This STEM cardboard boat project is intended for schools with access to a pool or lake. In the project students learn about buoyancy and apply the principles to develop a cardboard boat capable of carrying 2 people. The students work through the design cycle as they build prototypes, do research, and modify their boats. The project lasts around 7 class periods, culminating in a competition on the last day. Files include PowerPoints and handouts. The project was designed f
9th - 12th
Engineering, Physical Science, Physics
NGSS
HS-ETS1-2
Also included in: Complete Physics Activity Bundle
Buoyancy Lab: Apparent Weight (Activity)
Key Concepts: How to find apparent weight Buoyancy definition Buoyancy formula Sink or float experiment How does a metal boat float on water Overview:Dive into the realm of buoyancy and apparent weight with this lesson, aligned with AP Physics 2 standards. Explore the concept of apparent weight in the context of the buoyancy force through an engaging investigation and thoughtfully crafted presentation. Uncover the secrets of how objects float, sink, and maintain equilibrium in fluid environments
9th - 12th
General Science, Physical Science, Physics
Also included in: Complete Physics Activity Bundle
Density handout, examples and worksheet
Here is a nice summary of the main concepts of density, including calculations for D,m, and V, as well as conceptual examples of why objects float or sink. there is also some tie-in to sig figs in the calculations.
9th - 12th
Chemistry, Physical Science, Physics
Physics of Water | Science Reading Comprehension Passage & Questions
Learning about the physics of water is important because water is fundamental to life and plays a critical role in natural and engineered systems. Understanding concepts like surface tension, viscosity, buoyancy, and phase changes helps explain phenomena such as why objects float, how weather patterns form, and how water moves through ecosystems. This water knowledge is essential for fields like environmental science, engineering, and climate studies, enabling solutions for water management, ren
8th - 11th
Informational Text, Physics, Reading
CCSS, NGSS
RST.6-8.2
, RST.6-8.4
, RST.9-10.2
+5
Forces-Pressure in Air & Liquids-Distance Learning & Homeschool-Middle School
This is an action-packed distance learning or home school lesson on air pressure and pressure in liquids. What’s CoveredThis fully resourced lesson includes an animated PowerPoint which:demonstrates use of the equation pressure = force/area;explains and gives examples of the relationship between pressure, force and area;specifies units for pressure as N/m2 and Pascals;explains the relationship between upthrust and floating and sinking;explains why number air particles decrease with altitudeex
5th - 9th
General Science, Physics, Science
Magnets & Mag-lev Trains | Science Reading Comprehension Passage & Questions
Studying magnets and maglev trains is crucial due to their wide-ranging impact on technology and transportation. Magnets are essential in applications like medical imaging and renewable energy, while maglev trains promise faster, smoother, and more eco-friendly travel by reducing friction with magnetic forces. Magnet and magnetic levitation research drives advances in infrastructure and materials science, offering innovative solutions for urban mobility and sustainability. Plus they are floating
7th - 10th
Informational Text, Physical Science, Physics
CCSS, NGSS
RST.6-8.2
, RST.6-8.4
, RST.9-10.2
+6
Valentine's Day Lava Lamp STEM Investigation - Density & Gas Production
Students will investigate density, polarity, and gas production through a Valentine’s Day–themed lava lamp investigation. Using oil, water, food coloring in Valentine colors, and heart-themed effervescent tablets, students explore how chemical reactions can make liquids move in surprising ways—perfect for connecting science to a holiday they recognize. As students add different amounts of the tablet, they observe how carbon dioxide gas bubbles temporarily change the density of the colored water
6th - 11th
Chemistry, Physical Science, Physics
MYP Grade 7 Science | Types of Forces | Audio Revision Activity | Sub Plan
⚡Grade 7 Science Audio Summary: Types of Forces - Revision Activity⚡What's In This Resource:An engaging podcast-style audio summary covering force types, balanced/unbalanced forces, free-body diagrams, weight vs mass, and frictionStudent review sheet with QR code linking directly to the audioMYP command terms practice - Questions progress from basic recall (State, Identify, Describe) through higher-order thinking (Compare, Analyze, Discuss, Evaluate)Complete answer key with model responses showi
7th
General Science, Physical Science, Physics
Forces-Pressure in Air & Liquids Explained Fully Resourced Lesson-Middle School
This is a comprehensive and enjoyable introduction to pressure for middle school science students. The fully resourced topic comes with an engaging animated PowerPoint and a collection of thirteen worksheets, guided notes, activities and homework. All answers are provided. A one – page flow chart lesson plan shows where logical choices can be made between resources if time requires. What's IncludedThis fully resourced lesson includes an animated PowerPoint which: demonstrates use of the equation
5th - 9th
General Science, Physics, Science
Lesson III Student PowerPoint Note Guide "Buoyancy"
This lesson aligns with the Common Core State Standards:
"STANDARD 6 - Force and Motion
The competent science teacher understands and applies the concepts that describe force and motion and the principles that explain them.
6B. understands the concepts and interrelationships of force (including gravity and friction), inertia, work, power, energy, and momentum
6I. demonstrates abilities to use instruments or to explain functions of the technologies used to study force and motion."
Student not
7th - 9th
Physical Science, Physics, Science
CCSS
RST.6-8.3
, RST.6-8.4
, RST.6-8.7
+2
PBS NOVA Solar System: Icy Worlds Video Questions Worksheet
Ice exists in many forms throughout the solar system. Amazingly, on cold distant Pluto, glaciers of nitrogen ice flow along the surface. Mars features polar ice caps of carbon dioxide. At the end of the Martian winter, this ice produces geyser-like activity. Inside the planet Uranus, hot, black “anionic” ice exists in an exotic state of nature. Jupiter’s moon Europa features an icy crust over an internal ocean of liquid water. Cracks in the ice allow ruddy brines from the subsurface ocean to dis
8th - 12th
Astronomy, Earth Sciences, Physics
Also included in: PBS NOVA Solar System Video Questions Worksheets Bundle
Newton's 3rd Law Case Study - Why you don't Jump off Boats | Physical Science
This engaging resource uses an everyday, relatable scenario to illuminate Newton’s Third Law of Motion through a vivid and memorable case study. Students follow two brothers enjoying a day on the lake when a simple decision—to jump off their small boat for a swim—turns into an unexpected physics lesson. As both boys push off at the same moment, the boat shoots backward across the calm water, giving students a clear, story-driven example of action–reaction force pairs at work. This narrative hel
7th - 10th
General Science, Physical Science, Physics
NGSS
MS-PS2-1
Mythbusters Fishing Line Friction
Episode 168: Fixing a Flat/Fishing line friction
Air Date: June 8, 2011
Friction/Heat
Questions are designed for the fishing line myth only (not for fixing a flat)
11 Questions Editable Word Doc.
6th - 10th
General Science, Physical Science, Physics
Question Exploration: How Is Friction Calculated?
CAUTION: Slippery When Wet! ⛐ How Is Friction Calculated? This Question Exploration explains Static and Kinetic Frictional Forces on both Flat and Inclined Surfaces, and introduces the Normal Force and the coefficient of friction. Question Exploration Routines are instructional methods that teachers can use to help a diverse student population understand a body of content information by carefully answering a critical question to arrive at a main idea answer. Students taught using the content e
9th - 12th, Higher Education
Physical Science, Physics
Also included in: StayGiant Physics Bundle: Dynamics
Question Exploration: When is Work Done? How is Power Related to Work?
Coach says, "Hard work beats talent when talent doesn't work hard." When is Work Done? How is Power Related to Work? This Question Exploration explains Work on both Flat and Inclined Surfaces, and introduces power. This is an AP Physics 1 topic. Question Exploration Routines are instructional methods that teachers can use to help a diverse student population understand a body of content information by carefully answering a critical question to arrive at a main idea answer. Students taught using
9th - 12th, Higher Education
Physical Science, Physics
Also included in: StayGiant Physics Bundle: Work and Energy
Physics Electricity Edison & Telsa Movie and 2 labs Middle School Science
This lesson contains 3 sections 1. Students will watch an excellent youtube video and answer questions about Tesla and Edison. This resource is perfect also for a sub 2. The second is 2 labs for students to explore electricity Quick setup and low costs MaterialsLab 12 Lemons 2 Flat strips of zinc 2 Flat strips of copper 9-Volt light bulb Insulated wire Pilers Lab 2Balloons String Wool Sweater Thick Paper The answer key is written in red to make it easier for you to grade
8th
Basic Principles, Physics, Science
NGSS
MS-PS2-5
Also included in: Physics High School Science Multiple Choice, Labs, Readings
NGSS 4-PS3-1 Energy and Speed 5E Digital INB DISTANCE LEARNING
This digital interactive notebook is written to align with NGSS 4-PS3-1. The tabs lead students through a 5E Lesson Plan. Through this journey students will do two close readings with questions: one on What is Energy and the other is on Potential and Kinetic Energy. Students explore Speed and Energy with two Science Labs entitled Lab 1 Penny on Flat Surface and Lab 2 Marble Speed. Students will analyze charts and create their own chart. They will be asked to analyze and interpret the
3rd - 6th
English Language Arts, Physical Science, Physics
CCSS, NGSS
RI.4.1
, RI.4.3
, W.4.2
+1
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