Lenny.com
Explore
Create
ActivitiesNewMathEnglish Language ArtsScience & EngineeringSocial StudiesGlobal LanguagesHealth & Physical EducationSpecial EducationCounseling & Life SkillsArts & CreativityESL
Lenny.com
Lenny.com
Explore
Create
ActivitiesNewMathEnglish Language ArtsScience & EngineeringSocial StudiesGlobal LanguagesHealth & Physical EducationSpecial EducationCounseling & Life SkillsArts & CreativityESL
Lenny.com
Lenny.com

Solutions

Lenny for EducatorsLenny for SchoolsLenny for Districts

Product

ExploreSign inCreateSupportAbout

Resources

Getting startedMTSS Acceleration Program

© 2026 Lenny Learning Inc.

TermsPrivacyAccessibility
LinkedInInstagramX
Lenny
Science & EngineeringLife ScienceLiving ThingsAnimalsPlantsBody SystemsTraitsAdaptationsCellsEcosystemsHeredityGenes to TraitsCell DivisionPhysicsComparing MaterialsShapes and PropertiesMagnetsMagnetismLightSoundLight and SoundMatterStates of MatterChanges of StateMixturesPhysical and Chemical ChangeHeating and CoolingHeat and Thermal EnergyEnergyForce and MotionElectrical CircuitsAtoms and MoleculesPeriodic TableMotion in One DimensionMotion in Two DimensionsScalars and VectorsForces and Laws of MotionCircular Motion and GravityMomentum and ImpulseWork, Energy, and PowerWavesElectromagnetic WavesGeometric OpticsElectricity and MagnetismSimple Harmonic MotionThermodynamicsNuclear PhysicsEarth Science & AstronomyWeatherWater CycleRocks and MineralsFossilsEarth's FeaturesEarth's ResourcesEarth's StructureWeather and ClimateEarth EventsFossils and Geologic TimePlate TectonicsHuman ImpactsAstronomyChemistryUnits and MeasurementAtomic StructurePeriodic TrendsChemical BondingNomenclatureMolecular StructureIntermolecular ForcesThe MoleStoichiometryProperties of GasesSolutionsChemical ReactionsBalancing EquationsEnergy ChangesRates of ReactionsEquilibriumAcids and BasesQuantum ModelBiologyClassificationCell StructureThe Chemistry of LifeBiomoleculesCellular TransportCell EnergyCell Growth and DivisionDNAProtein SynthesisMeiosis and Sexual ReproductionPatterns of InheritanceMulticellular OrganismsEvolutionEcologyBiodiversityComputer ScienceAlgorithms and Computational ThinkingProgramming LanguagesComputing SystemsNetworks and InternetData AnalysisCybersecurityAI and Machine LearningSoftware Design and DevelopmentBlockchainEngineering & AIDesigning ExperimentsEngineering PracticesDesign ThinkingEngineering Design ProcessMechanical EngineeringElectrical EngineeringMaterials and StructuresCAD and 3D DesignRoboticsArtificial Intelligence BasicsVibe CodingMachine LearningAI Ethics and SocietySystems ThinkingEntrepreneurship & InnovationEntrepreneurial MindsetBusiness Idea DevelopmentBusiness Plan BasicsMarketing & Customer DiscoveryFinancial Management for Startups

Kinetic vs Potential Energy

A targeted prep lesson designed to prepare students for a physical science quiz on kinetic and potential energy, reinforcing key vocabulary and the roles of mass, speed, and height.

Iisaac_daigle

Kinetic vs Potential Energy

A targeted prep lesson designed to prepare students for a physical science quiz on kinetic and potential energy, reinforcing key vocabulary and the roles of mass, speed, and height.

Iisaac_daigle

Where does the ball have the most potential energy?

Point 1 (at the very top peak)

Reason: Peak elevation = maximum stored gravitational potential.

3 Top Misconceptions to Address Before Handing Out the Quiz:

1. Equal Speed Misconception: Remind students that speed isn't everything; a heavy truck has more energy than a lightweight car moving at the same speed.

2. Sitting Still = Stored Energy: An object sitting on a table or shelf is not moving, so it has zero kinetic energy, but stored potential energy.

3. Peak Height Rule: On any hill, coaster, or ramp diagram, the highest point is always maximum potential energy.

You might also like

Habitability Blueprint Slides

Life Beyond Limits

A one-week interdisciplinary astrobiology sequence investigating Earth's habitability, extreme biological adaptations across eleven Earth species, and the plausibility of life on other celestial bodies.

M

Megan.Tanner

7
Floating Science Lab Slides

Floating Science Lab

A comprehensive third-grade science lesson exploring the International Space Station, microgravity, astronaut life, and orbital research through structured visuals, simplified text, and engaging activities.

RC

Roni Coleman

3
Station Explorer Answer Key

Station Explorer Answer Key

A two-page teacher answer key and facilitation guide for the Station Explorer Activity Packet, featuring complete answers, model student responses, scoring rubrics, and instructional tips.

RC

Roni Coleman

Beetle Armor Slides

Beetle Power

A high-interest, accessible science unit for fifth-grade developing readers exploring beetle anatomy, unique adaptations, and diverse beetle species. Incorporates visual vocabulary, supportive sentence frames, and clear graphic organizers.

A

amy_oshea

9
Python Numbers Slides

Python Number Power

Students explore integers and floats in Python to calculate totals, averages, and percentages from real-world survey data. This lesson bridges fundamental numeric data types with practical data science calculations.

BF

Brandi Flanigan

3
Station Explorer Activity Packet

Station Explorer Activity Packet

A three-page print-ready reading comprehension packet for third graders exploring the International Space Station with simplified text, visual vocabulary cards, a labeled diagram activity, and structured response tasks.

RC

Roni Coleman

Giant Bones Investigation Handout

Ancient Giants Modern Survivors

An eighth-grade science unit investigating natural selection, adaptations, and evolutionary history through ancient giant penguin fossils and modern species. Students model trait shifts across generations, analyze anatomical and embryological evidence, and construct scientific explanations for how environmental pressures shape biodiversity. Aligned to the OpenSciEd Unit 8.6 storyline.

CS

Chad Sturkie

10
Cell Energy Exam Sheets

Cellular Energy Cycling

A comprehensive lesson on cellular respiration, photosynthesis, and matter conservation. Includes an assessment with NYS-aligned items and a complete teacher answer key with scoring guidance.

JE

Jeffrey Elterman

2
Floating Science Lab Slides

Floating Science Lab Slides

An engaging classroom slide deck introducing third-grade students to the International Space Station, microgravity, astronaut daily routines, station anatomy, and orbital science experiments.

RC

Roni Coleman

Broadcast Breakthroughs Slides

Broadcast Tech Spotlight

A dynamic multimedia project sequence where students investigate cutting-edge sports broadcasting technologies, craft scripted storyboards, and produce professional recorded voiceover presentations.

S

Stacy.Bogart

5
Atom Accounting Vocabulary Exam

Matter and Energy Reactions

An 8th-grade NYS-aligned science unit exploring cellular respiration, photosynthesis, and the Law of Conservation of Matter through chemical reaction formulas and atomic accounting.

JE

Jeffrey Elterman

3
Garden Observation Journal Pages

Garden Observation Journal Pages

A three-page middle school botanical field journal featuring microclimate tracking, botanical specimen sketching, quantitative growth metrics, biotic interaction logs, and a structured Claim-Evidence-Reasoning (CER) reflection.

Lenny Avatar
Lenny