Atomic structure, quantum models, and periodic trends establish the fundamental nature of matter. Stoichiometry, gas properties, and equilibrium constants facilitate quantitative analysis of chemical reactions and molecular interactions.
A structured lab report for students to record hypotheses, observations, and analysis during the molecular solubility investigation.
A visual presentation for the Molecular Matchmakers lesson, featuring warm-up questions, an embedded video on lipids, lab instructions, and a concluding exit ticket challenge. Fixed font sizes and content placeholders.
A comprehensive teacher guide for the Molecular Matchmakers lesson, including instructional notes, a detailed lab answer key, safety protocols, and differentiation strategies.
A comprehensive teacher facilitation guide for the Heavy Metal lesson, including timing, video pause points, lab station management, and scaffolding tips.
A lab investigation worksheet for students to record predictions and results for luster, magnetism, and conductivity across various everyday objects.
A visual presentation for the Heavy Metal lesson, including video pause points, key vocabulary (malleability, ductility, conductivity), and lab instructions for 3rd-4th grade students.
Teacher instructional guide for the Scratch Test Showdown lesson, including pacing, discussion prompts, and a categorical answer key.
Cutout sheet containing illustrations and labels of the 9 materials tested in the video for the sorting activity.
Student worksheet featuring a 1-3 scale for categorizing materials by hardness based on the scratch test results.
Visual presentation for the lesson including a warm-up, embedded video, and clear steps for the categorization and scaling activity.
A detailed facilitation guide for teachers to deliver the 'Lab Track Lyrics' lesson, including minute-by-minute pacing, troubleshooting tips, and scientific concept suggestions.
A comprehensive assessment rubric for scientific musical projects, using a 'Platinum Record' to 'Garage Band' scale to evaluate accuracy, depth, rhythm, and mnemonic effectiveness.
A professional 'Lyric Lab Workshop' student worksheet designed for brainstorming, analyzing 'Rock Me Avogadro', and drafting original scientific mnemonic verses with clear sections for vocabulary and rhyme schemes.
A vibrant, high-impact slide deck for the 'Lab Track Lyrics' lesson, featuring neon-themed aesthetics, embedded video for 'Rock Me Avogadro', and structured guides for analyzing and creating scientific mnemonics.
A comprehensive teacher resource including setup instructions, a pacing guide, and a detailed answer key for the station rotation activity and synthesis questions.
A guide for teachers to facilitate the Elemental Blueprint lesson, featuring pacing notes, discussion prompts, common misconceptions, and a full answer key for the worksheet and exit ticket.
Printable identification cards for the five laboratory stations, featuring substance names, formulas, and visual icons.
Visual slide deck for the Elemental Blueprint lesson. Includes warm-up activities, embedded video, instructions for color-coding the periodic table, and a practice quiz based on the video content.
A worksheet for the station rotation activity where students record substance names, formulas, classifications, and their reasoning.
An exit ticket containing identification tasks for Strontium, Iodine, and Aluminum. Students classify each as metal/nonmetal and predict their ionic charges.
An answer key and teacher facilitation guide for the Copper Cloud Lab, providing expected results, full answers to reflection questions, and instructional tips.
A student lab guide for the Copper (II) chloride and sodium hydroxide reaction, featuring procedure steps, a data collection table, and analysis questions.
Instructional slides for the Copper (II) chloride and sodium hydroxide precipitate reaction, including safety protocols, chemical equations, and step-by-step procedures.
A quick exit ticket for the lesson, asking students to explain the relationship between deforestation and carbon dioxide release by applying the concepts of biomass accumulation.
A structured worksheet for the 'Mass Equation' activity, guiding students through the step-by-step atomic mass calculation for the photosynthesis reaction.
A visually engaging reference sheet providing the atomic masses for Carbon, Hydrogen, and Oxygen, along with clear instructions on how to calculate molecular mass for the photosynthesis equation.
Visual presentation for the Weight of the Wind lesson, featuring the NGScience video embed, the photosynthesis chemical equation, and visual explanations of mass accumulation and conservation of matter.
A comprehensive teacher facilitation guide for the 'Weight of the Wind' lesson, including pacing, discussion prompts for the video, and a full mathematical answer key.
The student "Mass Math" worksheet includes mathematical word problems for calculating mass in open and closed systems, featuring specific scenarios like burning wood and rusting iron. Includes an atomic comic extension activity.
Engaging slide presentation for the Mass Math lesson, featuring the Lego-themed visual style, the embedded Crash Course Kids video, and clear definitions for Reactants, Products, and the Law of Conservation of Mass.
A comprehensive teacher guide for the Mass Math lesson, featuring a pacing guide, discussion anchors based on the video, and a complete answer key for the student worksheet.
The answer key for the Molecule Maker worksheet, including sample reflections, balanced equation specifics, and grading criteria.
A reference sheet for students showing the atom composition and visual structure of CO2, H2O, O2, and Glucose molecules.
A student worksheet for the Solar Synthesis lesson, featuring video observation notes, molecule sketching areas, and an equation-building section.
Visual aids for the Solar Synthesis lesson, including a word breakdown, video embed instructions, and step-by-step molecular modeling guides.
A comprehensive teacher facilitation guide for the Solar Synthesis lesson, including an atom inventory, pacing guide, and common misconceptions.
A rubric for evaluating the photosynthesis visual equation poster. Covers chemical accuracy, atomic mapping, conservation of matter logic, and visual design on a 20-point scale.
A visual anchor chart for photosynthesis. Displays the balanced chemical equation with word labels, key structures like chloroplasts and stomata, and an explanation of the Law of Conservation of Matter.
A student worksheet for the photosynthesis lesson. Includes sections for the synthesis warm-up, video note-taking (inputs/outputs), a chemical equation balancing lab, and a 3-2-1 reflection.
A slide deck for a 6th-grade lesson on photosynthesis. Includes a warm-up, embedded video slide, chemical equation breakdown, and activity instructions for creating a visual equation poster.
A specialized reference tool for AP Chemistry students to quickly predict thermodynamic spontaneity and crossover temperatures.
A worksheet for students to derive the Gibbs Free Energy equation and solve spontaneity problems using temperature dependency.
A visual presentation for AP Chemistry students connecting entropy and spontaneity, featuring embedded video focus and discussion prompts.
A final assessment for the Distillation and Thermal Separation sequence, covering phase changes, apparatus setup, industrial application, and yield calculations.
A worksheet for Lesson 5 focusing on calculating percent yield, identifying sources of error in distillation, and analyzing the energy costs of thermal separation.
A slide deck introducing the concepts of percent yield, sources of error in distillation, and energy efficiency in industrial separation.
A case study on the industrial application of fractional distillation in the petrochemical industry, focusing on molecular structure and temperature gradients.
A slide deck introducing the industrial application of fractional distillation in the petrochemical industry, focusing on temperature gradients.
An answer key and conceptual guide for the Fractional Equilibrium worksheet, explaining theoretical plates and vapor-liquid dynamics.
Exploring the separation of miscible liquids with similar boiling points using fractional distillation and vapor-liquid equilibrium.
Teacher-facing facilitation guide for the final lesson on desalination. Includes numerical solutions for seawater osmotic pressure and qualitative points for discussing the trade-offs between thermal and membrane separation.
A slide deck introducing fractional distillation, vapor-liquid equilibrium, fractionating columns, and the concept of theoretical plates.
A case-study-based worksheet for Lesson 5. Includes quantitative calculations for osmotic pressure of seawater, an analysis of the Sorek desalination plant, and critical thinking questions on brine disposal and comparative technology.
Final slide deck for Lesson 5, comparing thermal distillation to membrane desalination (Reverse Osmosis). Explains osmotic pressure (van't Hoff equation), membrane selectivity, and the energy efficiency gap between phase change and mechanical separation.
A teacher-facing resource for Lesson 2, providing lab setup instructions, safety protocols, answer keys for analysis, and troubleshooting tips.
Complete answer key for the Phase Change Problem Set, featuring the derivation of critical nucleation radius and detailed entropy of vaporization analysis.
A lab guide and observation log for setting up a simple distillation apparatus and recording temperature plateaus.
Quantitative problem set for Lesson 4, covering mass-balance in evaporation, derivation of the critical nucleation radius, and calculations of entropy of vaporization using Trouton's Rule.
Final assessment exit ticket for the solubility sequence, covering vocabulary, speed of dissolving, and the concept of matter preservation.
Slide presentation for Lesson 4 on Evaporation and Crystallization. Focuses on the energetics of evaporation, nucleation theory (energy barrier), and the distinction between thermodynamic and kinetic control in crystal growth.
A comprehensive instructional script for the Thermal Energy Detectives lesson. It includes slide-by-slide dialogue, guiding questions, and key pedagogical notes to help teachers deliver the lesson with a focus on molecular motion and investigation.
A concise exit ticket for the Thermal Energy Detectives lesson, specifically designed to assess if students can prove warmer liquid has more movement. Includes a multiple-choice question, a drawing area for molecular motion, and a space for a scientific explanation.
A visual presentation for 3rd-grade 'Thermal Detectives' featuring high-contrast slides that introduce the scientist role, explain the butter case study, review safety, and reveal the secret of molecular motion. Designed for engagement with large text and clear visuals.
A teacher's answer key for the Thermal Energy Detectives lesson. It provides expected student responses for the butter comparison, experiment observations, and final scientific conclusions, along with pedagogical tips for delivery.
Vocabulary flashcards for 3rd-grade students covering key terms like temperature, molecule, thermal energy, and motion. Designed with cut-lines and clear visual icons to support diverse learners.
A comprehensive laboratory notebook for 3rd-grade students including experiment instructions, observation logs, and a graphic organizer comparing thermal properties. The design uses a 'Thermal Scientist' theme with clear visual steps and adequate writing space.
A student observation worksheet for recording experiment data, including a prediction section, a data table for timing and drawings, and a simple conclusion sentence.
An engaging slide deck for the Dissolving Race lesson, featuring a warm-up discussion, embedded SciShow Kids video, vocabulary support, and clear activity instructions.
A comprehensive teacher facilitation guide for the Dissolving Race lesson, including time breakdowns, safety tips, and scripted discussion questions.
Teacher answer key for the Texture Detectives Journal, detailing the expected microscopic observations and geyser power ratings for various test subjects.
A student worksheet for the engineering design process, including sections for sketching designs (blueprints), recording test results, and reflecting on the science of nucleation.
Visual presentation slides for the Soda Science Geysers lesson, featuring high-contrast visuals, a video embed, key vocabulary definitions (Nucleation Sites), and activity instructions.
Visual aids for the Geyser Launcher lesson, featuring a mission-control theme, the engineering design process, challenge requirements, and embedded SciShow Kids video.
A student investigation journal for the Soda Science Geysers lesson. Includes space for microscopic sketches, surface texture descriptions, geyser power predictions, and reflection questions.
A teacher facilitation guide for the Soda Science Geysers lesson, including a lesson roadmap, discussion prompts, materials checklist, and outdoor extension tips.
A comprehensive teacher facilitation guide for the Geyser Launcher lesson, including pacing, materials, discussion prompts, and scientific background.
An answer key and grading guide for the Lab Report Worksheet, providing example hypotheses, variable identifications, and a model repeatable procedure.
A facilitation guide for teachers to conduct an optional live demonstration of the antacid experiment, including setup instructions, safety notes, and discussion prompts.
A comprehensive 2-page lab report template for students to design their experiment, including sections for hypothesis, variables, and a peer-review repeatability check.
Visual presentation for the Method Madness lesson, featuring the 6 steps of the scientific method, variable definitions, and the antacid experiment challenge.
A comprehensive 8-hour master pacing guide for teachers delivering the ESL forensic unit, including schedule breakdowns and scaffolding strategies for B1 learners.
An ESL activity focused on time conversion and using digital security logs to verify suspect statements and find logical contradictions.
ESL slides for B1 students focused on modern digital evidence, time conversions (24h clock), and using logical reasoning to find discrepancies.
An ESL activity focusing on descriptive adjectives and identifying contradictions between witness testimony and physical evidence.
Slides for B1 ESL students focusing on the vocabulary of physical descriptions and the psychological fallibility of human memory in witness testimony.
A simplified fingerprint identification activity for B1 ESL students, focusing on pattern vocabulary and sentence completion.
A sketching activity for B1 ESL students to practice descriptive spatial language (middle, left, right, bottom) and basic scene documentation.
Teacher's solution guide for the ESL murder mystery, including specific B1 language support strategies, simplified logic breakdowns, and modified pacing notes.
Investigation log for B1 ESL students, featuring sentence frames, simplified prompts, and clear scaffolding to help students write their final accusation in English.
Simplified detective dossier for B1 ESL students with shortened witness statements, clear evidence tables, and explicit "Detective Tips" to support reading comprehension.
Final investigation slides for B1 ESL students, using simplified narrative structure and clear visual evidence markers for the Professor Thorne murder mystery.
Simplified slides for B1 ESL students explaining fingerprints, DNA, and Locard's Rule using clear language and minimal jargon.
A vocabulary worksheet for B1 ESL students, featuring matching exercises, evidence categorization, and simple sentence completion using key detective terms.
ESL-friendly slides introducing core forensic vocabulary (suspect, alibi, evidence, motive) and basic investigative procedures using simple English and clear visuals.
A hands-on activity sheet where students practice identifying major fingerprint patterns (loop, whorl, arch) and analyze their own thumbprint as part of a forensic investigation simulation.
Lesson slides focusing on identification techniques, including the three main fingerprint patterns, the basics of DNA profiling, and microscopic analysis of hair and fibers.
A student worksheet focused on reinforcing forensic vocabulary, categorizing evidence types, and analyzing the importance of the chain of custody through a scenario-based exercise.
Introductory slides for the criminal investigation unit, covering basic forensic definitions, key vocabulary (alibi, chain of custody), and the difference between testimonial and physical evidence.
A comprehensive teacher's guide for the "Silent Witness" murder mystery, containing the solution, suspect breakdowns, and a detailed 90-minute pacing guide.
The final worksheet for the 90-minute investigation, where students synthesize evidence, disprove alibis, and formally document their accusation and motive.
A realistic detective dossier for students to use during the investigation, containing evidence logs, laboratory results, keycard access data, and sworn witness statements for Prof. Thorne's murder.
A set of interactive and visually immersive slides that introduce students to the murder mystery case, showcasing the crime scene, suspect profiles, and evidence markers to guide the 90-minute investigation.
An individual student reflection ticket designed to assess understanding of the link between energy production and accelerated chemical weathering.
A comprehensive teacher guide for the 'Earths Appetite' lesson, providing prep instructions, a detailed pacing guide, common misconceptions, and discussion prompts.
A structured group activity worksheet for students to analyze a landmark's weathering threats and propose a professional management plan for its preservation.
A teacher's answer key and facilitation guide for the 'Caves in a Cup' lab, providing expected results, answered analysis questions, and instructional tips.
A visual reference document for students featuring four global case studies of weathering, used as the primary resource for the group activity.
A detailed grading rubric for the 'Life of a Calcium Atom' creative writing assignment, evaluating scientific accuracy, sequential logic, vocabulary usage, and narrative voice.
A student lab handout for the 'Caves in a Cup' activity, where students model the formation of sinkholes and caves using sugar and sand layers.
A visual presentation deck covering weathering basics, human impacts on chemical weathering, cave ecosystem fragility, and instructions for the Preservation Proposal activity.
A comprehensive student worksheet featuring areas for hook reflection, video sketches of stalactite formation, the 'Life of a Calcium Atom' creative writing prompt, and final reflection journal questions.
An instructional slide deck for the 'Dissolving Earth' lesson, featuring video embeds, chemical equations for carbonation, and visual explanations of karst topography.
Visual presentation slides for the 'Earths Appetite' lesson, covering oxidation, carbonation, cave formations, and a creative writing prompt. Includes embedded video instructions and key scientific terminology.
A comprehensive teacher facilitation guide for a lesson on human-impacted weathering, including a detailed timeline, learning objectives, and pausing points for the Crash Course video.
A comprehensive lesson plan for teachers covering the chemistry of carbonation and the formation of karst topography, including a hook, video discussion points, and lab instructions.
A set of 4 printable exit tickets per page for assessing student understanding of human activities that accelerate chemical weathering.
A student lab report for the 'Chalk Statue' experiment, featuring sections for sketches, observation tables, and analysis questions to connect the activity to chemical weathering.
A visual presentation for the 'Nature's Eraser' lesson, covering mechanical vs. chemical weathering, acid rain, and the Chalk Statue experiment steps. Includes embedded YouTube segment.
Diapositives de cours niveau BCPST 2021 sur la phase photochimique. Intègre les aspects thermodynamiques (potentiels redox), les structures moléculaires des photosystèmes et le bilan stœchiométrique précis.
Un guide pédagogique pour l'enseignant incluant les objectifs, les points clés des diapositives, et les corrigés détaillés du TP et du diagramme de flux. Essential pour assurer la cohérence pédagogique.
Un schéma structurel à compléter par l'étudiant, focalisé sur le schéma en Z et l'organisation membranaire de la chaîne de transfert d'électrons. Pédagogie active pour la mémorisation des complexes.
Un guide de travaux pratiques (TP) pour l'extraction des pigments foliaires, la chromatographie sur couche mince (CCM) et la spectrophotométrie. Inclut des zones de saisie pour les résultats et l'interprétation.
Une présentation de 5 diapositives couvrant les pigments photosynthétiques, l'antenne collectrice, le schéma en Z et le bilan énergétique de la phase claire. Conçue pour un niveau universitaire L1.
The teacher's answer key for the Molecular Masterpieces Vocabulary Review Worksheet.
A vocabulary review worksheet covering key terms for organic macromolecules, featuring matching, classification, and analogy sections.
The teacher's answer key for the 9th-grade accessible macromolecules worksheet, providing correct answers and expected student responses.
An accessible version of the macromolecules reading worksheet designed for 9th-grade students, with simplified language, clearer analogies, and 14 comprehension questions.
A comprehensive 7-slide presentation covering the structure, function, and examples of carbohydrates, lipids, proteins, and nucleic acids.
The teacher's answer key for the Molecular Masterpieces Reading Worksheet, providing correct multiple-choice answers and sample responses for the short-answer questions.
A three-page detailed reading passage and comprehension worksheet covering the four major organic macromolecules, featuring 8 multiple-choice and 6 short-answer questions.
A comprehensive facilitation guide for the teacher, featuring a lesson timeline, discussion prompts, and a detailed answer key for all student activities.
A visually striking anchor chart summarizing the chemical and physical environmental changes discussed in the lesson. Perfect for classroom display or as a reference sheet.
A teacher-facing facilitation guide and answer key for the 'Rock Me Avogadro' lesson, providing instructional context, common misconceptions, and worked-out calculation solutions.
A vibrant, synthwave-themed slide deck for the 'Rock Me Avogadro' lesson, featuring video integration, visual proofs of Avogadro's Hypothesis, and molar volume calculation guides.
A student worksheet for 'Rock Me Avogadro' featuring warm-up questions, video observation notes, 'Avogadro's Box' calculation problems at STP, and a final reflection.
A comprehensive teacher's guide for the Bridge Builders lesson. Includes a detailed pacing guide, video discussion prompts, a complete answer key for the nonsense units puzzle, and tips for addressing common student misconceptions.
A technical guide for 10th-grade chemistry students on how to use their scientific calculators effectively for Dimensional Analysis. Covers the 'One-Line' method, scientific notation (EE button), and proper use of parentheses.
A comprehensive instructional slide deck for teaching Dimensional Analysis. Includes a metric warm-up, an embedded instructional video with discussion prompts, a clear visual guide to unit cancellation, and connections to stoichiometry concepts like Molar Mass and Avogadro's Number.
A 10th-grade chemistry worksheet focusing on Dimensional Analysis using nonsense units to teach the mechanics of unit cancellation without relying on existing intuition. Includes multi-step conversion challenges and a reflection question connecting to the instructional video.
A post-lab error analysis report for students to calculate their final percent error and reflect on experimental sources of error. Includes workspace for math and qualitative reflection.
A student-facing laboratory guide for the CO2 yield experiment, including safety protocols, step-by-step procedures, data collection tables, and workspace for stoichiometric calculations.
A presentation for the Yield Quest lesson, featuring an efficiency hook, an embedded percent error tutorial video, lab instructions for the CO2 reaction, and discussion prompts for analyzing sources of error.
A teacher facilitation guide for the Yield Quest lesson, providing chemical backgrounds, lab hacks, pacing, and discussion prompts for teaching theoretical yield and percent error.
A student worksheet for calculating weighted averages of fictional and real isotopes, including workspace for natural abundance math and logic-based checks.
Facilitation guide for the "Beanium" lab, using physical bean analogs to teach natural abundance and weighted average atomic mass calculations.
Slides explaining natural abundance and the concept of weighted averages to understand why atomic masses on the periodic table are decimals.
A specialized student worksheet for designing a complete atomic model, including sections for schematic sketching, subatomic particle counts, and calculation justifications.
A comprehensive rubric for grading the "Atomic Architect" project, assessing nucleus construction, electron distribution, technical calculations, and visual clarity.
Teacher reference guide for the Chemistry Reactions lesson, including detailed safety notes, lab preparation instructions, and answer keys.
Multiple-choice assessment covering the five types of chemical reactions, the Law of Conservation of Mass, and reaction products.
Hands-on laboratory log for students to record observations and write balanced equations for the four non-combustion reaction types.
Introductory presentation explaining the five main types of chemical reactions with analogies and molecular patterns.
Updated teacher guide with a dedicated EL Scaffolding Strategies section, providing specific instructional moves to support language learners throughout the lesson.
Updated matrix worksheet with an Evidence Word Bank and sentence starters to lower the barrier for English Learners to participate in evidence-based scientific argumentation.
Updated lab with a Scientist's Word Bank and sentence frames to provide scaffolding for English Learners during data analysis and scientific writing.
Updated slides with a Scientific Word Wall and simplified language to support English Learners in understanding key evolutionary concepts.
Facilitation notes for the Reaction Radio activity, including a 15-minute pacing guide, learning objectives, and ELL differentiation strategies.
A student worksheet for the "Technician" role where students draw atoms based on oral descriptions and record final balanced equations.
Equation cards for the "Scientist" partner, featuring unbalanced reactions, speaking scripts, and answer keys to facilitate oral communication practice.
Visual aids and instructions for the Reaction Radio activity, featuring vocabulary support and sentence stems for ELL students.
Évaluation finale de 15 minutes portant sur l'ensemble de la séquence "Observatoire Climat". Comprend des questions à choix multiples et une question de synthèse sur les boucles de rétroaction.
Guide pédagogique pour l'enseignant pour la séance 3. Inclut le corrigé des activités sur les rétroactions, la montée des eaux et les stratégies d'action.
Fiche d'activité finale sur les conséquences du réchauffement climatique et les solutions. Inclut un exercice sur les boucles de rétroaction, la montée des eaux et la distinction entre atténuation et adaptation.
Support de présentation pour la troisième séance du module "Observatoire Climat". Cette séance aborde les conséquences du réchauffement climatique (boucles de rétroaction, montée des eaux) et les leviers d'action pour l'atténuation et l'adaptation.
Guide pédagogique pour l'enseignant pour la séance 2. Contient les points clés sur la courbe de Keeling, le cycle du carbone et les réponses détaillées aux activités élèves.
Fiche d'activité élève pour la séance 2. Propose une analyse des courbes historiques de CO2/Température, un schéma du cycle du carbone à compléter et un exercice sur le forçage radiatif.
Support de présentation pour la deuxième séance du module "Observatoire Climat". Cette séance analyse les données de la courbe de Keeling, le forçage radiatif, le cycle du carbone et les archives glaciaires.
Guide pédagogique pour l'enseignant pour la séance 1. Contient les objectifs, le minutage détaillé de la séance de 2 heures et le corrigé des activités élèves.
Fiche d'activité pour les élèves sur le bilan radiatif et l'effet de serre. Comprend des questions de compréhension, un exercice de calcul du bilan énergétique et un tableau comparatif sur les gaz à effet de serre.
Support de présentation pour la première séance du module "Observatoire Climat". Ces diapositives détaillent les concepts physiques de l'effet de serre, le rôle des différents gaz (CO2, CH4, H2O) et le principe du bilan radiatif terrestre.
A 3-page student activity pack containing lab sheets for weeks 3, 4, and 5. Updated to include Southern Virginia report card scenarios for the Roanoke and New Rivers.
A comprehensive 10-session teacher guide for a 5-week unit on water properties and watersheds. Updated to include detailed instructional procedures for weeks 1 through 5, including energy, weathering, and watershed systems.
Teacher answer key and scoring resource for the 9th-grade extension labs. Includes chemical benchmarks for filtration, specific heat formula applications, and a GIS delineation checklist.
Advanced 3-page student lab manual for 9th graders. Includes quantitative filtration analysis (TDS/pH), specific heat lab data graphing, and GIS-based watershed delineation tasks.
Advanced slide deck for 9th-grade Earth Science, including chemical solubility metrics (TDS/pH), karst topography, specific heat calculations, GIS watershed delineation, and eutrophication science.
An expanded teacher guide for 9th graders, moving from 2 sessions to 3 sessions per week (15 total). Includes advanced deep-dive activities, quantitative lab analysis, and GIS mapping extensions.
A technical graphic organizer for mapping watershed features, including ridges, tributaries, estuaries, and the Chesapeake Bay. Designed for student labeling and identifying Virginia-specific systems.
A 3-page student logbook containing the engineering filter lab sheet, core reading passages on water properties (SOL 6.6) and watersheds (SOL 6.8), and critical thinking reflection prompts.
A visual presentation deck for 6th-grade students covering the physical properties of water (universal solvent, cohesion, adhesion, thermal energy) and the complexity of Virginia's watershed systems. Designed with high-contrast, large text for readability.
A comprehensive 10-session teacher guide for a 5-week unit on water properties and watersheds. Includes pacing schedules, daily session objectives, teacher tips, questioning frameworks, and differentiation strategies.
A visual presentation deck for 6th-grade students. Updated with a specific focus on Southern Virginia watersheds, including the Roanoke River system and the unique northward flow of the New River.
A technical graphic organizer for mapping watershed features. Updated to include specific details on Southern Virginia's drainage systems, including the Roanoke, Chowan, and New River paths.
A comprehensive teacher facilitation guide containing lab preparation details, discussion prompts, classroom management tips for the density experiments, and a full answer key for the lab worksheet.
A structured lab worksheet for high school students to record predictions, observations, and scientific analysis for a two-part density tank simulation. Includes sections on thermal and haline flow patterns.
A comprehensive slide deck for teaching thermohaline circulation, featuring the Physics of density, a focus on global deep currents, and a preview of the density tank lab activity.
A comprehensive teacher's guide for the Earth Scars lesson, providing timeline, facilitation tips, video pause points, and common misconceptions for 9th-12th grade Environmental Science.
A high-impact slide deck for a lesson on mineral extraction, featuring a YouTube embed, key vocabulary definitions, and instructions for the innovation workshop.
A structured student worksheet for tracking video notes on mineral extraction impacts and a workshop space for sketching sustainable mining or recycling solutions.
A visual, student-facing worksheet for autistic students to practice identifying states of matter and predicting changes caused by heat, featuring matching activities and drawing areas.
A step-by-step experiment guide for ASD students to observe a "melting snowman" (ice) and its transition between the three states of matter using clear visuals and sensory cues.
A visual-heavy presentation designed for autistic students, explaining the states of matter using Mel the Snowman as a relatable narrative example.
A comprehensive teacher lesson guide for a snowman-themed science lesson on states of matter, featuring visual schedules, differentiation strategies for ASD students, and instructional scripts.
A teacher's answer key for the Matter Master Sort activity. Provides the correct categorization for all 24 emoji-based cards and includes guided discussion questions for classroom use. Layout fixed to exactly one page.
Large-format sorting mats for the States of Matter game. Each state (Solid, Liquid, Gas) has its own dedicated full-page mat. Layout strictly constrained to exactly 960px height per section to ensure perfect page alignment for printing.
The complete set of 24 colorful sorting cards and 24 B&W cards (8 for each state of matter). Layout has been strictly adjusted to exactly 960px height to ensure all cards fit perfectly on each page without overflow. Uniform card sizes (190px) and fixed headers guarantee no page-bleed.
Updated 1-page Teacher Key featuring all 56 word pairs. Compacted layout and reduced padding ensure all content fits on a single page without overflow. Color-coding is maintained for easy teacher reference.
An ultra-compact 1-page recording worksheet for the Syllable Snap activity, accommodating all 56 syllable pairs across a two-column layout. Students record syllables and final words. Header and rows have been resized to prevent page overflow.
The complete collection of 112 memory cards (56 pairs) featuring words split into syllables. Layout has been perfectly synchronized with fixed heights for headers and grids to ensure identical alignment across all 7 pages for professional printing and cutting. Card height is fixed at 200px with a total page structure of exactly 960px.
An answer key for the Arc Master Worksheet, providing the correct terminology, equipment functions, safety protocols, and technique essentials.
A teacher facilitation guide for the SMAW Fundamentals lesson, including pacing, discussion prompts, a lab safety checklist, and troubleshooting common student errors.
A comprehensive student worksheet to accompany the Arc Master Slides, covering SMAW terminology, equipment, electrode identification, safety, and technique.
A comprehensive 20-slide presentation covering the fundamentals of SMAW (Stick Welding), including equipment, safety procedures, electrode selection, and core techniques. Minimum font size 24px for all text.
A visual reference sheet for students to use during the Spectrum Walk project. provides wavelength measurements and real-world scale analogies from buildings to atomic nuclei.
A student note-taking worksheet designed to accompany the spectral scale video and project. includes sections for wavelength characteristics, pause-point reflections, and group project planning.
A classroom presentation for the Spectral Scale lesson, featuring hook images, an embedded educational video, group project instructions, and visuals explaining ionizing vs. non-ionizing radiation.
A comprehensive teacher lesson plan for the Spectral Scale exploration, featuring timing, learning objectives, materials, and a step-by-step procedure including video pause points and project instructions.
A professional grading rubric for evaluating student analogies based on scientific accuracy, accessibility for younger audiences, creativity, and presentation quality.
Reflection journal prompts for the end of the lesson, focusing on the relationship between scientific truth and technological advancement.
Discussion cards with specific prompts and timing markers to facilitate group talk during the video viewing.
A student activity sheet for the "Analogy Architects" group project, featuring brainstorming prompts, workspace for sketching, and reflection sections.
A comprehensive teacher answer key for the Atomic Fingerprints lesson. It includes sample student responses for the warm-up, video notes, and analysis questions, along with the expected spectral line data for hydrogen, neon, and mercury.
A worksheet where students list three things currently considered impossible and brainstorm how quantum-level discoveries might resolve them.
A comprehensive anchor chart summarizing the Heisenberg Uncertainty Principle, the car analogy, and the difference between continuous and discrete (quantized) energy states.
A slide deck for the Atomic Fingerprints lesson. It includes the warm-up, learning objectives, embedded video clips with specific timestamps, a visual explanation of the "Quantum Car" analogy, lab instructions, and the final exit ticket prompt.
A visual presentation deck covering the nature of scientific knowledge, quantum principles, the Auguste Comte quote, and the 'Impossible List' activity.
Visual presentation slides for the lesson, including the warm-up challenge, embedded video (at specific timestamps), and detailed instructions for the Analogy Architects activity.
A focused exit ticket for the Atomic Fingerprints lesson. It features a historical quote by Auguste Comte and asks students to explain how spectroscopy and quantization allow us to determine the chemical composition of stars.
An answer key and teaching guide for the Magma Mechanics lesson, including expected lab results, video answers, and tips for managing classroom misconceptions and lab safety.
A detailed guide for the 'Edible Magma Lab', providing step-by-step instructions for using honey and dough to simulate volcanic eruptions, along with safety protocols and materials lists.
Visual presentation slides for the Magma Mechanics lesson, featuring viscosity demonstrations, the Crash Course Geography video embed, lab instructions, and comparisons of shield versus stratovolcanoes.
A guided student worksheet for the Magma Mechanics lesson, featuring video comprehension questions, a data table for the 'Edible Magma Lab', and a final reflection prompt comparing shield and stratovolcanoes.
A detailed facilitation guide for teachers leading the 'Extreme Membranes' lesson. It includes a pacing guide, tips for the modeling activity, background science notes on bond stability, and a full answer key for the student writing prompt.
A technical reference sheet providing chemical bond diagrams (ester vs. ether) and structural schematics (monolayer vs. bilayer). It features a comparison table between Archaea and Bacteria to support the student modeling activity and writing prompt.
A visual presentation for the 'Extreme Membranes' lesson. Includes objectives, a warm-up review, an embedded YouTube video for Archaea biochemistry, chemical structure comparisons of ester vs. ether lipids, and a guide for the modeling activity. Final slides facilitate class discussion on survival strategies.
A comprehensive 2-page student worksheet for the 'Extreme Membranes' lesson. It includes a warm-up activity, video notes, a guided modeling experiment for lipid monolayers vs. bilayers, and a chemistry-focused writing prompt on bond stability.
Printable templates for the soap and water particles. Useful for creating the Bubble Anatomy Model if pre-cut construction paper circles are not available.
Facilitation guide for teachers including material setup, video discussion timestamps, expected experimental results, and key scientific explanations.
An answer key and discussion guide for the teacher, providing expected results for the 'Surface Tension Olympics' and explaining the underlying science concepts.
A student worksheet for the 'Surface Tension Olympics' lab, designed for 1st-3rd graders with space for predictions, results, drawings, and fill-in-the-blank explanations.
A quick exit ticket to assess student understanding of the bubble sandwich structure and the role of soap. Includes two identical tickets per page for easy printing.
An answer key for the Phase Change Detective Worksheet, providing expected student responses for observations, theory fill-in-the-blanks, and the critical thinking closure question.
A hands-on experiment sheet where students predict and record the results of touching bubbles with dry fingers, wet fingers, and cotton gloves.
A student worksheet for the 'Bubble Anatomy Model' activity. It provides a structured area for students to glue their colored circles to represent the soap-water-soap sandwich structure.
A visual activity sheet for Pre-K and Kindergarten students to record their bubble shape predictions, draw observed colors, and identify factors that cause bubbles to pop.
A visual slide deck for 1st-3rd grade students about surface tension, featuring embedded video clips, 'magnet' analogies, and step-by-step instructions for the Surface Tension Olympics.
Engaging slides for a lesson on bubble science, featuring the 'Dragon Breath' technique, a YouTube video embed showing bubble-blowing technique, and a 'Prediction' slide for exploring bubble shapes.
Engaging presentation slides for the Bubble Sandwich lesson, featuring a hook, video embed, molecular diagram of a bubble wall, and activity instructions.
