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3D Periodic Table - Google

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9 to 12
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Google's 3D Periodic Table is a free resource. When you click on an element in the periodic table, a sidebar opens up that gives information on the element. The information ...more
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Google's 3D Periodic Table is a free resource. When you click on an element in the periodic table, a sidebar opens up that gives information on the element. The information includes: the element's name, symbol, atomic mass, density, melting and boiling points, discovered by, and year of discovery.

tag(s): periodic table (46)

In the Classroom

Students can use Google Keep reviewed here to track what the elements are used for. Students can use Google Drawings,reviewed here to compare and contrast the different sections of the periodic table. Finally, students can use Figma reviewed here to create a melting and boiling point diagram.

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Atom Learning - Twinkl

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9 to 12
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Twinkl offers a collection of over twenty teaching resources focused on atoms and related chemistry topics. Lessons include Atoms and Elements, Compounds, The Periodic Table, Metals...more
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Twinkl offers a collection of over twenty teaching resources focused on atoms and related chemistry topics. Lessons include Atoms and Elements, Compounds, The Periodic Table, Metals and Non-Metals, and Alkali, along with worksheets on topics such as Halogen Displacement Reactions, Structure of the Periodic Table, Chemical Symbols and Formulae, and Properties of Materials. To access these materials, users must create a free Twinkl account; however, access may be limited for some resources.
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tag(s): atoms (46), elements (32), periodic table (46)

In the Classroom

After learning about atoms and elements, have students use craft materials (beads, pipe cleaners, or clay) to build models of simple atoms, showing protons, neutrons, and electrons. Using Twinkl's Structure of the Periodic Table worksheet, organize a class competition where students complete a jigsaw-style puzzle of the periodic table. Have students explore everyday objects (like salt, aluminum foil, or water) and identify the elements or compounds they're made from using Twinkl's Properties of Materials resources.

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Build an Atom - Making Matter

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6 to 8
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The "Build an Atom" interactive module from ORISE's Harnessed Atom curriculum offers a dynamic, student-centered experience for middle school science classes. In this activity, students...more
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The "Build an Atom" interactive module from ORISE's Harnessed Atom curriculum offers a dynamic, student-centered experience for middle school science classes. In this activity, students construct virtual atoms by adding protons, neutrons, and electrons, using the Periodic Table to guide their choices and observing how these changes affect the element's identity, atomic mass, and charge. Designed to reinforce the idea that matter is made of atoms, the tool helps students understand atomic structure, isotopes, and how the Periodic Table organizes elements. It's an ideal hands-on resource for exploring core chemistry concepts through inquiry and interactive learning.

tag(s): atoms (46), periodic table (46)

In the Classroom

Provide colored balls, stickers, or beads representing protons, neutrons, and electrons, and have students work in small teams to physically construct atom models based on chosen elements from the Periodic Table. Use the PhET "Build an Atom" simulation to let students manipulate protons, neutrons, and electrons. Have students choose an element and research a common isotope of that element. They can prepare a creative presentation such as a comic strip using Write Comics reviewed here or a poster explaining its atomic structure, real-world uses, and why isotopes are essential in fields like medicine or archaeology.

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Atomic Structure - PBS Learning Media

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8 to 12
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PBS Learning Media: Atomic Structure is an interactive lesson from ChemThink that allows students to learn about atomic structure. Follow the directions to understand individual atoms...more
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PBS Learning Media: Atomic Structure is an interactive lesson from ChemThink that allows students to learn about atomic structure. Follow the directions to understand individual atoms and investigate particle types, their properties, and their relative locations. Supporting material for students includes a background essay and discussion questions. The activity can be shared via Google Classroom as a link and consists of a build-a-lesson component. Atomic Structure aligns with State Standards.

tag(s): atoms (46)

In the Classroom

Students can use Padlet,reviewed here to post questions or comments. Students can use Google Keep reviewed here to take notes while completing the activity. Have students work in small teams to build a model "atom" using colored balls or stickers (protons, neutrons, electrons). Each team can race to assemble the correct number of subatomic particles based on atomic number. Use the interactive tutorial on the site to have students manipulate virtual atoms -- adding or removing particles and observing changes in element identity or charge.

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Chemical Reactions in Biology - Crash Course

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9 to 12
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This engaging CrashCourse Biology video is a dynamic resource for middle and high school science teachers looking to explore the fundamentals of chemical reactions in living systems....more
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This engaging CrashCourse Biology video is a dynamic resource for middle and high school science teachers looking to explore the fundamentals of chemical reactions in living systems. Hosted by CrashCourse's expert presenter, the video connects core concepts --such as the laws of thermodynamics, ATP as the cell's energy currency, exergonic vs. endergonic reactions, and enzyme function --to real-life cellular processes. It explains how energy flows within cells, why enzymes are critical for speeding up reactions, and how metabolic pathways work, all in a lively, accessible style. Perfect for introducing or reinforcing lesson units on cellular biology, energy transformation, or metabolic function, this video pairs well with guided notes or class discussion. It's also supported by educator materials aligned with NGSS standards
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tag(s): cells (85), chemicals (40)

In the Classroom

Students can use Padlet reviewed here to post questions or comments after watching the videos. Students can use Google Keep reviewed here to take notes while watching the video. Have students participate in an "Enzyme Action Simulation" where they act out enzyme-substrate interactions by matching and completing simple tasks like assembling molecule models.

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Stoichiometry of Chemical Reactions - Stoichiometry of Chemical Reactions

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9 to 12
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Stoichiometry of Chemical Reactions offers a free chapter that will describe how to symbolize chemical reactions using chemical equations, classify common chemical reactions by identifying...more
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Stoichiometry of Chemical Reactions offers a free chapter that will describe how to symbolize chemical reactions using chemical equations, classify common chemical reactions by identifying patterns of reactivity, and determine the quantitative relations between the amounts of substances involved in chemical reactions. The chapter contains the topics - Examples, Links to Examples, Chemistry in Everyday Life, How Sciences Interconnect, Key Terms, and Exercises.

tag(s): chemicals (40), equations (118), periodic table (46)

In the Classroom

Students can use Padlet reviewed here to post questions or comments. Students can use Google Drawings reviewed here to post their chemical equations. Students can use Google Keep reviewed here to collaborative work on solving equations.

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Core Knowledge: Chemical Reactions and Matter - Core Knowledge: Chemical Reactions and Matter

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6 to 8
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Core Knowledge: Chemical Reactions and Matter enables seventh-grade students to explore the phenomenon of matter and its role in chemical reactions. The subtitle of the unit, "How can...more
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Core Knowledge: Chemical Reactions and Matter enables seventh-grade students to explore the phenomenon of matter and its role in chemical reactions. The subtitle of the unit, "How can we make something new that was not there before?" has students add a bath bomb to water and see what happens when the gas is released. This unit enables students to observe this phenomenon, ask questions, formulate explanations, set up and conduct activities, research, and collaborate with classmates to analyze their shared experience. Additionally, students will formulate new questions and develop strategies to answer them. Included in the unit are: student procedure guide, science literacy student reader, student work pages, and a teacher's guide.

tag(s): chemicals (40), experiments (59)

In the Classroom

Students can use Seesaw, reviewed here as a journal to explain their experiment hypothesis, outcomes, and reasoning. Students can use Padlet, reviewed here to post questions, state their hypothesis, and/or outcomes. Students can use Free Screen Recorder Online, reviewed here to record themselves completing their experiment.

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20+ Chemical Reactions to Try - Science Buddies

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1 to 12
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Science Buddies' "Teach Chemical Reactions" resource collection provides over 20 chemistry lessons, experiments, and activities featuring foaming, fizzing, color-changing, and transforming...more
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Science Buddies' "Teach Chemical Reactions" resource collection provides over 20 chemistry lessons, experiments, and activities featuring foaming, fizzing, color-changing, and transforming experiments for teaching about chemical reactions. The collection includes video lessons, lesson plans aligned with NGSS, hands-on activities such as making slime and turning milk into plastic, and experiments exploring topics ranging from polymerization to green chemistry principles. Resources are designed for various grade levels and include background materials, worksheets, assessment tools, and vocabulary support to help educators confidently teach chemistry concepts. Independent science fair project ideas related to chemical reactions are also provided for students seeking deeper exploration.

tag(s): chemicals (40), experiments (59), matter (47)

In the Classroom

Students can use Google Drawings reviewed here to create a sequencing graphic organizer to demonstrate step-by-step instructions. Students can use Seesaw reviewed here as a journal to explain their experimental hypothesis, outcomes, and reasoning. Students can use Free Screen Recorder Online reviewed here to record themselves completing their experiment.

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Educational Resources: Chemistry - U.S. National Science Foundation

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K to 12
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The National Science Foundation's Chemistry Educational Resources page offers a wide range of K-12 teaching tools designed to make chemistry engaging and relevant to students' everyday...more
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The National Science Foundation's Chemistry Educational Resources page offers a wide range of K-12 teaching tools designed to make chemistry engaging and relevant to students' everyday lives. It features lesson plans from TeachEngineering on topics such as acids, bases, and the periodic table, as well as a bilingual "Let's Do Chemistry" kit that supports hands-on exploration. The site also highlights youth-focused initiatives like "Morphing Matter for Girls," which combines chemistry with fashion, food, and ecology to inspire high school students. A variety of educational videos are available, including Science for Kids: 4 States of Matter! and How to Create On-Demand Renewable Energy, which showcase real-world chemistry applications. Additionally, the site provides high-quality molecular imagery, such as diamond wafer structures, saltwater simulations, and quantum dots, to enhance visual learning and spark scientific curiosity. If your district blocks YouTube, then the videos may not be viewable
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tag(s): acids and bases (7), atoms (46), matter (47), periodic table (46)

In the Classroom

Set up rotating stations where students explore reactions, color changes, and properties of acids and bases through safe, simple experiments. Have students use the TeachEngineering lessons to research elements and design a class-sized periodic table puzzle. Each student can create a piece representing one element, including its symbol, atomic number, and a real-world use. Using images from the site as references, have students build molecular structures like salt crystals or quantum dots using clay, toothpicks, beads, or 3D modeling software like Tinkercad reviewed here to reinforce atomic structure concepts.

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Project Based Learning Project ideas - Van Andel Institute for Education

Grades
K to 12
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Explore this collection, which offers over 30 creative ideas to help teachers integrate project-based learning into their classrooms. Featured projects include 50 Years of Interest,...more
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Explore this collection, which offers over 30 creative ideas to help teachers integrate project-based learning into their classrooms. Featured projects include 50 Years of Interest, Cardboard Arcade, Cross-Cultural Connections, Kinder Kindness, Police Pals, and Special Friends, among others. Project cards are available for free download, with some options also available for purchase.

tag(s): Project Based Learning (24)

In the Classroom

Students can use Google Drawings reviewed here to create a cause and effect diagram while researching for the "Save the Turtles" PBL card. Students can use Acast reviewed here to make a public service announcement of the importance of composting while using the PBL card titled "Why Does My Teacher Have Worms?"

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We Are Here - SmithsonianAPA

Grades
4 to 12
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This digital exhibit from the Smithsonian Asian Pacific American Center (APAC) is an interactive platform highlighting the diverse histories, cultures, and contributions of Asian American...more
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This digital exhibit from the Smithsonian Asian Pacific American Center (APAC) is an interactive platform highlighting the diverse histories, cultures, and contributions of Asian American and Pacific Islander (AAPI) communities. The exhibit provides an immersive learning experience that fosters understanding and appreciation of AAPI experiences through multimedia storytelling, artwork, historical artifacts, and personal narratives. Educators can use this resource to engage students in discussions about identity, resilience, and cultural heritage while integrating primary sources and creative expressions into their lessons. The videos are hosted on YouTube. If your district blocks YouTube, then they may not be viewable.

tag(s): artists (91), asia (140), authors (108), cultures (241), famous people (30), japan (64), japanese (53), multimedia (55), scientists (71)

In the Classroom

Have students illustrate an important moment in Asian American history, write a poem reflecting on identity and resilience, or ask them to research another cultural or historical movement that aligns with the themes in We Are Here (ex., the Civil Rights Movement, Indigenous history, or immigrant experiences). They can create a Venn diagram using Venn Diagram Creator reviewed here or infographic using Timeline Infographic Templates, reviewed here.

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AAPI History Hub - The Asian American Foundation

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K to 12
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The AAPI History Hub is a valuable educational resource that provides lesson plans, primary sources, and interactive materials to help teachers incorporate Asian American and Pacific...more
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The AAPI History Hub is a valuable educational resource that provides lesson plans, primary sources, and interactive materials to help teachers incorporate Asian American and Pacific Islander (AAPI) history into their curriculum. The site offers engaging content for various grade levels, including biographies, historical events, and cultural contributions that highlight the rich and diverse experiences of AAPI communities. With classroom-ready resources and discussion prompts, the AAPI History Hub supports educators in fostering a more inclusive and comprehensive understanding of U.S. history.

tag(s): asia (140), biographies (96), courts (25), cultures (241), diversity (48), famous people (30), japan (64), japanese (53), scientists (71), women (178)

In the Classroom

Students can work in groups to create a physical or digital timeline using Timelinely reviewed here or Timeline Infographic Templates reviewed here highlighting significant AAPI events, movements, and contributions. Assign students an AAPI figure or event to research and present via a short podcast using Buzzsprout reviewed here or video using Adobe Express Video Maker reviewed here. Print or display images and short bios of key AAPI historical figures from the site. Have students walk around, take notes, and discuss whose contributions they find most inspiring. Alternatively, create a digital gallery walk using the gallery walk template available in Padlet, reviewed here.

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Library of Congress Research Guides - Library of Congress

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4 to 12
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Explore this valuable tool for educators; it offers curated collections of primary sources, historical documents, and research materials across a wide range of subjects. These guides...more
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Explore this valuable tool for educators; it offers curated collections of primary sources, historical documents, and research materials across a wide range of subjects. These guides help teachers incorporate authentic historical artifacts, government records, and literary works into their lessons, enhancing students' critical thinking and research skills. With ready-to-use teaching resources, topic guides, and bibliographies, this site supports interdisciplinary learning and provides rich content for inquiry-based projects in history, literature, civics, and more.

tag(s): african american (128), architecture (86), black history (135), branches of government (66), civil rights (219), civil war (142), conservation (102), energy (135), engineering (140), environment (250), foreign policy (13), hispanic (46), industrialization (11), jews (53), latin (21), literature (218), middle east (51), native americans (116), nutrition (139), photography (130), politics (119), population (52), religions (122), Research (78), sports (84), statistics (117), Teacher Utilities (198), women (178), womenchangemaker (67), womens suffrage (63)

In the Classroom

Assign students to explore a Library of Congress guide on a historical event (ex., Civil Rights Movement, World War II) and have them read and summarize a firsthand account or diary (or blog) entry. Students can then write a journal entry or letter from someone who lived through the event. Try a simple blogging tool like Telegra.ph reviewed here. Choose a literature-focused research guide related to a classic novel or author (such as To Kill a Mockingbird or The Great Gatsby) and have students create a timeline using Time Graphics Timeline Maker, reviewed here or a newspaper front page using a template from Canva Infographic Creator, reviewed here.

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PhET Interactive Simulations - University of Colorado

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K to 12
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The PhET Interactive Simulations website, developed by the University of Colorado Boulder, offers free, research-based interactive simulations for teaching science and mathematics....more
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The PhET Interactive Simulations website, developed by the University of Colorado Boulder, offers free, research-based interactive simulations for teaching science and mathematics. These engaging simulations allow students to explore concepts in physics, chemistry, biology, earth science, and math through hands-on virtual experiments. These PhET simulations are designed for elementary through college-level learners, and support inquiry-based learning and can be used for whole-class demonstrations, small-group activities, or independent exploration. The simulations are HTML5-based, making them accessible on desktops, tablets, and mobile devices without additional software. This resource is an excellent tool for reinforcing key STEM concepts in an interactive and visually engaging way.

tag(s): acids and bases (7), area (54), atoms (46), charts and graphs (167), electricity (60), fractions (160), functions (52), gravity (45), light (55), magnetism (34), matter (47), molecules (43), ph (2), probability (98), quadratics (27), simple machines (20), simulations (37), sound (71), space (229), STEM (330)

In the Classroom

Challenge students to explore a PhET simulation related to a current science topic, such as circuits, gravity, or states of matter. They can make predictions before interacting with the simulation and record their observations to compare with their initial ideas. Give students a scavenger hunt worksheet with specific challenges to complete in a simulation (ex., "Find a way to make a circuit light up" in the Circuit Construction Kit). Students design a virtual experiment using a PhET simulation. They choose a variable to change, make a hypothesis, run multiple trials, and record their results in a data table or graph before sharing their findings. After using a PhET simulation, students discuss or write about real-world applications of what they learned (how forces affect roller coasters, how molecules move in different states of matter) and present their findings using Visme, reviewed here or Google Slides, reviewed here.

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Classroom Snow Day Activities - Steam Powered Family

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K to 8
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Discover a range of engaging, educational activities that keep kids learning and entertained during snow days. The activities focus on STEAM themes, featuring ideas like making snow...more
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Discover a range of engaging, educational activities that keep kids learning and entertained during snow days. The activities focus on STEAM themes, featuring ideas like making snow volcanoes, building ice sculptures, exploring physics with sledding experiments, and even creating snow art. Each activity provides a unique way for students to explore scientific principles hands-on, making it ideal for teachers who want to turn a winter day into an exciting day of learning.
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tag(s): crafts (83), experiments (59), snow (22), STEM (330)

In the Classroom

Have students create a snow volcano outside or with ice in the classroom. Guide them through adding baking soda and vinegar to watch the "lava" flow, using the reaction as a springboard to discuss chemical reactions and the science behind volcanoes. Challenge students to design paper snowflakes, focusing on symmetry and geometry. Discuss the structure of snowflakes, highlighting how no two are exactly alike, and explore basic geometry concepts through their creations. Have students predict and test which surface or material is best for sleds on snow and discuss concepts like friction, force, and acceleration to connect to science. Challenge students to build a structure or use materials that can insulate an ice cube to prevent it from melting. Students can experiment with various materials and then analyze which ones work best.

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Virtual Science Teacher - Virtual Science Teachers

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K to 12
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Virtual Science Teachers is an interactive website offering live, online science tutoring sessions for students in grades K-12. It provides personalized support in various science subjects,...more
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Virtual Science Teachers is an interactive website offering live, online science tutoring sessions for students in grades K-12. It provides personalized support in various science subjects, aligning with national standards and catering to students' individual needs. Teachers can integrate this resource into their classrooms to supplement lessons, offer additional support for struggling students, or enhance the learning experience for those seeking enrichment. With its flexible scheduling and expert tutors, Virtual Science Teachers is a valuable tool for fostering science engagement and mastery in a dynamic, one-on-one setting.

tag(s): charts and graphs (167), genetics (87), scientific method (50), simulations (37), STEM (330), water (105)

In the Classroom

Assign students the Virtual Heating Ice Lab when teaching states of matter or phase changes. Use the Punnett Square Squares Simulation to predict the traits of offspring by filling in Punnett squares to determine whether peas will be yellow or green, round or wrinkly. Use the Water Filtration Challenge during environmental science lessons focused on water conservation and management. Have students compare their virtual filter designs, then transition to a hands-on lab where they build a simple water filtration system. Introduce students to the scientific method by using the Design an Experiment tool. This activity encourages students to design and conduct experiments that test people's ability to complete tasks under different conditions.

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TeachRock - Rock and Roll Forever Foundation

Grades
K to 12
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Rock your lessons using popular music and pop culture to engage students. The standards-aligned lessons provide interdisciplinary connections using music as the starting point for in-depth...more
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Rock your lessons using popular music and pop culture to engage students. The standards-aligned lessons provide interdisciplinary connections using music as the starting point for in-depth explorations and guided activities. Use the search feature to find lessons and collections sorted by subject, music genre, type of activity, and topic. Subjects range from Civics to CTE to STEAM to Art/Design and many others. Each lesson begins with an essential question and includes procedures, student handouts, and videos.

tag(s): artists (91), cross cultural understanding (176), dance (32), empathy (38), jazz (17), musical instruments (53), social and emotional learning (110), sociology (22), STEM (330)

In the Classroom

Take advantage of these free lessons to find standards-based lessons and activities for many content areas. Encourage students to find additional examples of connections to history (or another subject) made with pop music and pop culture. Use Padlet, reviewed here to curate and share ideas and resources. Add your own resources to create interactive presentations using NearPod, reviewed here or Pear Deck, reviewed here. Include videos, animations, quizzes, and more as part of your presentation. Extend student learning by asking them to create podcasts using Buzzsprout, reviewed here to tell the story of how music and pop culture influenced different historical events.
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Organic Chemistry - Crash Course

Grades
9 to 12
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Crash Course Organic Chemistry is a free digital tool with fifty organic chemistry videos. The series of videos has topics on 3D structure and bonding, acidity, aldehydes and ketones,...more
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Crash Course Organic Chemistry is a free digital tool with fifty organic chemistry videos. The series of videos has topics on 3D structure and bonding, acidity, aldehydes and ketones, penicillin, and more. Videos range in length from twelve to fourteen minutes. This site uses YouTube and has commercials before some of the videos.
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tag(s): acids and bases (7)

In the Classroom

After watching an episode of Crash Course Organic Chemistry, students can show their understanding by completing a laboratory experiment (if possible) based on what was learned in the video. Students can create an infographic with Canva Infographic Maker, reviewed here. Finally, students can flip the classroom by teaching others the information shared in the videos.

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Chemistry (in Spanish) - Crash Course

Grades
8 to 12
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Discover the fascinating world of chemistry with Crash Course Quimica (all in Spanish)! This series breaks down essential chemistry concepts--like atomic structure, chemical reactions,...more
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Discover the fascinating world of chemistry with Crash Course Quimica (all in Spanish)! This series breaks down essential chemistry concepts--like atomic structure, chemical reactions, and the periodic table--into engaging, easy-to-understand lessons. Whether you're studying bonding, acids and bases, or thermodynamics, these vibrant and dynamic videos make learning fun and accessible for students of all levels. Share these videos with your Spanish-speaking students to help them better understand chemistry. Perfect for high schoolers or anyone curious about how matter works, this series brings chemistry to life! Use these videos to connect Spanish and Chemistry lessons. The videos are hosted on YouTube. If your school blocks YouTube videos, they won't be available in your classroom.
This site includes advertising.

tag(s): atoms (46), carbon (16), chemicals (40), elements (32), molecules (43), periodic table (46), spanish (107)

In the Classroom

After watching an episode, have students design experiments based on chemical reactions or states of matter. Give students an element from the periodic table to research, focusing on its properties and uses. Create a scavenger hunt where students find elements that align with specific properties or uses. Use models or online tools to help students build and visualize different molecules. Assign students to practice balancing chemical equations after lessons on stoichiometry.

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Chemistry - Crash Course

Grades
8 to 12
0 Favorites 0  Comments
 
Explore the wonders of matter with Crash Course Chemistry! This series makes the complexities of atoms, molecules, reactions, and the periodic table easy to understand through engaging...more
Here is the direct link to share this resource review. Feel free to copy and paste this URL into an email or place it on your web page or blog so others can read this TeachersFirst review:

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Explore the wonders of matter with Crash Course Chemistry! This series makes the complexities of atoms, molecules, reactions, and the periodic table easy to understand through engaging lessons and vibrant visuals. Whether you're curious about bonding, stoichiometry, or thermodynamics, each episode breaks down chemistry concepts into short, fun explanations. Ideal for high school students and anyone eager to learn, it brings the science of chemistry to life! The videos are hosted on YouTube. If your school blocks YouTube videos, they won't be available in your classroom. Some of the YouTube videos have a short advertisement at the start.
This site includes advertising.

tag(s): atoms (46), carbon (16), chemicals (40), elements (32), molecules (43), periodic table (46)

In the Classroom

After watching an episode, have students design experiments based on chemical reactions or states of matter. Give students an element from the periodic table to research, focusing on its properties and uses. Create a scavenger hunt where students find elements that align with specific properties or uses. Use models or online tools to help students build and visualize different molecules. Assign students to practice balancing chemical equations after lessons on stoichiometry.

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