Manual Rocket Skill Packet 16 (Kindergarten Digital Workbooks)

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Basic pack Verified Purchase. My son wanted a "rocket set" for his 5th birthday, but couldn't really explain what he meant, so research led me to this. I've got a few cautions about it and I'll get to those, but there's plenty of great stuff about this toy. It makes a great rocket sound and takes off like, well, a rocket. It's a blast, a huge performer. You know how you worry that things won't be as cool in practice as advertized? This is way cooler! Very exciting every time. We've been forming hypothesizes about whether more or less water would make it go higher and then discussing how to measure and what environmental factors wind might impact the results.

Got the brain working while we're having fun. Every time we launch it up at our play ground, all of the kids and some of the parents get involved, ask questions, want to have a turn. We form launch teams, recovery teams, fueling teams, etc. Our boy has met some kids this way who are in his Kindergarten class that starts this week. He'll start school with a few friends in his class because of this toy. Can't really ask for more than that in a toy! Now a few tweaks and warnings: I am a road cyclist. Road bikes have smaller valve stems than regular bikes and things like wheelbarrows and cars.

So, I happen to have pumps for both standards, but assumed that this was designed for the standard bike pump valve. The valve that comes with the rocket is too small to get a seal with the standard pump, but we get a better one with my road bike pump Presta valve. The rocket launches by building up pressure from the pump and the water, so this is pretty important. With the presta pump, some air still leaks out. I have one kid hold the joint when we launch, but we still loose a little air that way.

It's working for us, but this could be better implemented. I may work to modify ours at some point. I'm sure even with a standard pump, you could get this to work, but it might take some tweaking. All in all and amazing fun, safe and sneakly educational toy that has brought kids together and formed new friendships I bought this to use with my 3 year old and she loves it.

Very easy to put together and she had a blast every time it launched. It comes with the bottle, screw for the bottle, the fins, 2 adapters for the bike pump, the tubing, and the plug for the bottle. After a quick setup and a little water, we were good to go. You just put a little water in the bottle, plug the end, then pump the bicycle pump about times. We used a pump that you can put both feet on while you are pumping.

The launch requires psi depending on how much water you put in it. Once you get the right pressure, it launches and uses the water as its propulsion. The instructions also included a couple paragraphs explaining the science behind the kit action v reaction. I thought this was pretty neat.

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It never hurts to learn something while having fun. We had asphalt and concrete nearby so the bottle and fins did get scratched when they landed on either one of those. Otherwise, I think you can get hours and hours of fun from just the one bottle without it wearing out. We will probably be testing out some different bottles to see if there is much of a difference in the launch or flight.

I'm also thinking the bottle needs some tape for weight at the top so the fins don't hit the ground first. I was worried it would use a bunch of water and the fun wouldn't last long. However, we filled up a gallon jug and that was good for about a dozen launches or more. Overall, I would highly recommend this product. Yes, you can probably make it yourself, but for a ready-made kit, this is well worth the cost. Unfortunately, my 3 year old could only pump a few times before the pressure was too high, but I don't see older kids having any trouble with it.

See all reviews. See all customer images. Most recent customer reviews. Published 2 days ago. Published 4 days ago. Students can also use ChemIDPlus Advanced to conduct chemical similarity searches or view toxicity test results. The Hazardous Substance Data Bank provides information about the toxicology of potentially hazardous chemicals.

Students can use this tool to research information on human exposure, environmental fate, chemical and physical properties, and more. Each section includes a summary and abstracts to peer-reviewed journal articles on the topic. High school science teachers, visit this site for thousands of adaptable, teacher—tested instructional materials for your classrooms.

Developed by New Visions for Public Schools, the Open Educational Resource collection offers curricular materials across a range of content areas, including full courses exploring the Living Environment and Earth Science and introductory units for chemistry and physics. Other resources help teachers plan more effectively and improve student learning. Click on Getting Started to access guidelines for Group Learning Routines and find effective reading and writing strategies for Literacy in Science.

With an iPad or iPhone and this app, you can transport students to the Moon to complete astronaut missions. Best suited for elementary audiences, the app uses Augmented Reality AR technology to transform your classroom into a moonscape for exploration. Learn more and download the app at this site. Are you a fan of fab labs and makerspaces? This group has produced standards-supported lessons for K—12 audiences using digital fabrication, including 3-D printers and laser cutters.

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The projects incorporate engineering design and engage students in relevant, applied learning. Teachers seeking to empower K—12 students—especially girls—in STEM will find hands-on activities, program opportunities, curriculum, a blog, and more to invigorate STEM instruction and inspire students to consider STEM careers at this site. The Georgia Science Teachers Association has begun a collection of more than science phenomena aligned to the Georgia Standards for Excellence GSE in K—12 science that teachers from other locations can use. Seeking ways to foster creativity and engage K—8 students in the curriculum?

The lesson plans, digital tools, supporting pedagogical articles, and classroom success stories at Creative Educator make it easy to implement creative educational technology projects in core subjects, including science. The site offers more than 20 creative science projects on a range of topics, including animal behaviors, habitats, the human body, rain forest ecology, conservation, life cycles, physics, and nutrition.

Projects incorporate the use of digital tools to spark learning and enable students to create and share their work. In Animal Riddles grades 2—3 , for example, students conduct online research about an animal, then write a riddle to show what they learned. In Take a Tour of a Biome grades 4—6 , students learn about five biomes as they create a digital travel brochure to share with classmates.

And in Fastballs, Free Throws, and Physics grades 5—8 , students make a video showing how physics concepts apply to their favorite sport. Vvi participants interview gardeners about their opinions on vegetable varieties and submit the findings to a nationwide online library of vegetable variety data. Gardeners, researchers, and others use the reported data to preserve knowledge and promote biodiversity for healthy eco systems, including farms.

Participating in Vvi lets students gain experience in science research, data collection, communication, and collaboration. Vvi is geared for middle and high school levels, but adaptable for other levels. Visit the website to access a teacher toolkit with participation guidelines and introductory classroom activities that build understanding of program topics, such as produce characteristics, biodiversity, and interviewing skills. Packed with curriculum, hands-on activities, apps, games, and quizzes, this website from World Wildlife Federation WWF has everything needed to introduce students in grades 3—5 to wildlife conservation.

Students can try the Find Your Inner Animal quiz, play Rhino IQ animal trivia, or learn about dolphins, tigers, or sea turtles and how to protect them with the resources, posters, and hands-on activities in a teacher toolkit. Students can also interact safely with wildlife in their natural environments in immersive apps like WWF Together about endangered animals and WWF Free Rivers about global river ecosystems. Released by the Oceanic Preservation Society, the documentary Racing Extinction highlights the plight of endangered species.

High school teachers can access lessons and theater-style posters that address the importance of biodiversity on Earth and showcase some of the endangered animal species seen in the film e. Titles include Modern Extinction: It employs a five-step process prepare, prescreen, paperscreen, pilot, and plan and is best suited for use by dedicated, collaborative teams across schools and districts. At the website, teachers can register for free to access resources like handouts, PowerPoints, and facilitation guides to learn more and see the program in action. Targeted for middle and high school levels, and designed to support the NGSS and Common Core learning standards, the curriculum features 12 inquiry-based lessons with projects and videos based around four module themes: Earth, space, life, and movement.

The lessons, which can be used independently or as part of larger learning units, blend concepts with real-world applications and showcase a spectrum of cool STEM careers. Weather Forecasting; and Up, Up, and Away! A free browser extension developed by the Encyclopaedia Britannica Group can help students and teachers of all ages and levels find accurate, credible content online.

Watch an introductory video about the tool and download a copy at the website. Created by the American Farm Bureau, the 16 agriculture? The projects take 1—3 hours to complete to allow students time to follow the steps of the Purple Plow engineering design process: The activities, which support the Next Generation Science Standards NGSS , can be used to supplement classroom curriculum or in after-school programs, camps, and family outreach events. To prevent injuries and potential lawsuits and meet Occupational Safety and Health Administration OSHA and related state regulations required for most K—12 schools, a clear, written chemical hygiene plan is needed.

The plan can be printed as-is or customized according to school policies and procedures. The plan is free, but LSI asks teachers not to give it away or post it online in a way that anyone can access it. This teacher-run project aims to help middle level educators effectively teach evolution in the classroom. In addition to providing ready-to-use classroom resources on evolution—including monthly webinars, hands-on labs, presentation slides, assessments, and links to websites—the group hosts professional development PD workshops for middle level science teachers nationwide.

This United Kingdom—based website is chock full of activity ideas, downloadable resources, displays, and other educational content in science and other subjects. Most appropriate for primary students ages 5—11 and teachers, the science resources address a wide variety of topics including animals and habitats, circuit and electricity, Earth, experiments and investigations, human biology, materials, plants, rocks and soil, and other subjects.

Select a topic of interest to access the resources within each category. LeafSnap is a tree identification app for Apple devices. Developed by researchers from Columbia University, the University of Maryland, and the Smithsonian Institution, the app uses visual recognition software to identify tree species from photographs of leaves or other foliage e. Teachers can also access Unifying Life, a curriculum for middle level students developed by educators at the City College of New York.

This website makes it easier by providing options for users—e. In addition, an Exploration Library contains links to articles, videos, and photographs on dozens of science topics from Animals to Science Careers and more. With a data base of more than downloadable science lessons, educators from every level from preschool to college can find resources of interest on the freebies page at TerrificScience.

The collection features lessons that connect to science literature, take-home chemistry challenges, video clips and activities from Terrific Science teacher workshops, and more. Middle level highlights include the Risks and Choices Environmental Health Sciences curriculum, which presents a series of lessons exploring topics such as environmental toxins, maintaining safe drinking water, and risk assessment. High school and college learners can explore lessons on chromatography and electrophoresis, forensic science, lab safety, polymers, and other topics.

CEHS Education has lesson plans and lab activities for middle and high school levels that inspire curiosity and interest in science and in STEM-related careers. For example, the Clean Air Healthy Homes curriculum for grades 9—12 contains a series of lessons exploring the potential health effects of exposure to radon, carbon monoxide, and particulate matter.

Air Toxics Under the Big Sky and Air Toxics Under the North Star—the curriculum sets for middle level and high school learners grades 7—12 —contain lessons and labs exploring the relationship between air quality and respiratory health. Targeted for middle to college levels, this website from the American Institute of Biological Sciences promotes science literacy and informed decision-making by presenting a collection of peer-reviewed articles from scientists, science educators, and science students exploring various bioscience challenges in biodiversity, environment, genomics, biotechnology, evolution, and science policy.

In addition to explaining relevant research on a topic, each article features key highlights, links to learn more and get involved, and educator resources. Ethical Considerations genomics, biotechnology ; The Value of Healthy Estuaries environment ; and others. The materials include lessons, animations, videos, quizzes, and links to give students an inside look at the polar sciences e. Sea Education Association SEA has a collection of K—12 lessons exploring topics in marine science, nautical studies, and oceanography. Designed by teacher—participants from the group's SEA Experience program for educators, the lessons will inspire students to become ocean scholars, stewards, and leaders in your classrooms.

Selected titles include Specialized for the Sea grades K—2, animal adaptations ; Made to Sail grades 2—6, engineering design ; Map Puzzles grades 4—10, physical geography ; Wetlands Transects grades 7—12, ecological field studies ; and others. Summer is a great time for K—12 teachers, students, and families to get outdoors, enjoy the weather, and volunteer with the National Park Service! There are opportunities at national parks throughout the United States, from one-time service projects to longer-term activities that take place over the course of a year.

Watch an introductory video to learn more about volunteering with NPS, then browse the site to find an opportunity of interest at a park location near you. Visit this site for relevant science demonstration videos exploring the essential concepts elementary and middle level learners grades K—8 need to know before high school. Viewers can comment on the demonstrations, or ask questions and receive help from the FunScienceDemos! Looking for guidance in implementing quality science, technology, engineering, and math STEM programs in your school or district?

The STEM Rubric, for elementary or secondary schools grades K—12 , presents a checklist of 10 identifying hallmarks of programmatic quality in STEM education along with a four-level scale e. The STEM Scorecard, a self-assessment tool, helps stakeholders in the school community evaluate progress on STEM reform from the current status to what needs to be done in the future. Did you know the Brooks River in Alaska's Katmai National Park is part of the largest sockeye salmon run in the world?

If you're a teacher looking for new activities or a parent who just wants to entertain your junior scientists at home, explore the National Park Service's bear cam. Watch live as adult brown bears and cubs come to the river to feast and play during July and August. Encourage teenagers grades 9—12 to make healthy eating and lifestyle choices with nutrition education lessons from Drexel University.

In teaching healthy foods and habits, including how to plan a daily menu to meet their own personal energy needs, you are providing students an essential skill that will positively impact them their entire lives. Most of these resources can be adapted to any grade level in elementary and middle school.

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Students can explore problem solving with an app called BigSeed and design math games. Teachers can read about the state of STEM in the United States in an infographic, implement game design courses in their classrooms, access math lesson ideas, and find games to use during family STEM nights. With iNaturalist—a citizen science app for nature enthusiasts ages 13 and up—teachers, students, researchers, and others can expand their knowledge of the world's plants, animals, and insects and interact in the scientific community in a meaningful way. Developed jointly by the California Academy of Sciences and the National Geographic Society, the app helps users learn to photograph their observations in nature and share their findings to a growing body of data on biodiversity science.

The other helpful feature is that the app covers all flora and fauna, so users don't have to use one site for birds, another for plants. Available in both Spanish and English, this app from the National Institute of Biomedical Imaging and Bioengineering NIBIB shows what to expect during a medical scan and how scans can help with both diagnosis and treatment.

With question-based navigation, images, and videos, the app makes medical imaging information easily available anywhere, including the classroom. High school educators can use the app in anatomy and physiology or biology classes to teach about five different imaging technologies PET, CT, MRI, Ultrasound, and X-ray and how they work. The app is available for Apple and Android products.. Trees do more than provide tangible wood products. Trees clean our air, raise property values, reduce energy costs, and redirect storm water. You can help students in grades 3—12 develop a better understanding of the environmental and economic value trees provide with this tool.

In this lesson from Scientific American and Science Buddies, elementary and middle level students grades 3—8 build a simple solar oven and then use it as a basis for various science explorations. Can you make the oven more efficient by changing the angle of the reflector flap, using different materials to insulate it, or changing its shape or size? How does the oven cook on a warm day versus a very hot day?

Includes background information, preparation and procedures, and a simple explanation of how the solar oven works.

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This easy-to-navigate site houses a collection of ready-to-use PowerPoint presentations in science and other subjects along with online games, labs, and interactive for students. The science resources are grouped broadly in sections e. Click on a subtopic of interest—the teacher resources appear at the top of the page, student resources below. One of several Click and Learn biology resources for high school and undergraduate audiences produced by Howard Hughes Medical Institute HHMI BioInteractive, this interactive tutorial introduces the topic of DNA profiling, or fingerprinting, through a combination of video clips, images, and animations.

In the tutorial, students perform a battery of virtual tests to solve two cases of elephant poaching, learning about genetic markers, PCR, gel electrophoresis, allele frequencies, and population genetics along the way. Sponsored by county Farm Bureaus in northeast Ohio, the Ohio Farm Bureau, and the Ohio Pork Council, this website provides K—12 students and the general public with an inside look at modern farming practices and careers in agriculture through a mix of educational videos including recipes and lessons.

The videos highlight many aspects of pig-farm life from the feeding and raising of pigs to the farms' economic impact. Downloadable lessons free registration is required build on video content; for example, after viewing What Do Pigs Eat? In addition to lessons, there is a link for teachers and students to connect with farmers and other experts to ask other questions about life on a farm and how food is grown.

Looking for ways to help middle and high school students effectively use text resources in science and other subjects? Try the Cornell Notes system. With this method, students record notes in a specific format designed to facilitate learning. Each section of the layout has a specific purpose, which aids students both in their notetaking process and in content review. Productivity Portfolio, a technology website for educators, has a tutorial, Make Your Cornell Notes Template with Word, to guide educators through the process of creating a customized template to take note with this method.

Additional resources include an introductory video that shows how Cornell Notes can be used in a biology classroom and premade blank templates in Word and PDF formats that teachers can print out for immediate use. Projects are excellent learning opportunities for students, however, they can be challenging for K—12 teachers when trying to establish structured guidelines for completion. This website makes that process easier, providing a format to create printable checklists for project-based tasks, including science activities, oral presentations, and multimedia projects.

To create a checklist, teachers first choose a project type writing, science, oral presentation, or multimedia and grade level K—4, 5—8, and 9—12 , then follow the screen prompts to select the desired items to evaluate in each task category. Click on the FAQ link to view a step-by-step guide with screenshots for additional help in creating a checklist. If so, you have the makings of an exciting physical science activity for middle level students: Ryan Rudkin, an eighth-grade science teacher at Rolling Hills Middle School in El Dorado Hills, California, shared her project materials on Google Docs so colleagues can replicate the project in their classrooms.

The resources include activity instructions and rubric, a scoring sheet, a final reflection sheet, instructional videos for building various parts of the coaster , written instructions, and sample photos. In addition to videos, the site features professional development resources to support STEM learning, including articles on effective questioning techniques for STEM activities, STEM planning templates, and activities to develop students' cooperative learning skills.

Rather than relying on traditional lectures and textbooks, the Modeling Instruction teaching method actively engages students in understanding the physical world by having students construct and apply conceptual models of their own making. First introduced some years ago as a more student-centered approach to teaching high school physics than the more commonly used lecture-demonstration format, the modeling instruction movement has grown to include chemistry and biology instruction in many middle and high schools around the country. The American Modeling Teachers Association—an organization of proponents and practitioners dedicated to the method—has a variety of videos, articles, and podcasts showing examples of the method in action and describing its benefits.

Several of the resources include reflections and comments from students learning in modeling classrooms. Looking for comprehensive chemistry and physics videos for high school students? These two series feature videos on chemistry and physics topics along with notetaking guides and handouts for students. Chemistry Matters covers basic concepts such as atomic structure; bonding; chemical reactions; moles and stoichiometry; solutions, acids, and bases; thermodynamics, and more.

Examine complex issues of science, race, and ethics with a collection of teaching resources based on the book The Immortal Life of Henrietta Lacks by Rebecca Skloot This true-life story tells about Henrietta Lacks, a young African American woman who died of cervical cancer in and lives on in the form of HeLa cells. HeLa cells—an abbreviation of her name—are cervical cancer cells taken from her body and subsequently preserved, grown, and maintained in laboratories.

However, these advances happened without the consent of Henrietta Lacks or her family, which brings about numerous ethical considerations. Snapshots for Acquiring Core Skills is a series of quick, literacy-focused life skills lessons for middle level and high school teachers, coaches, and parents published by the educational nonprofit group Overcoming Obstacles. Titles include Can You Hear Me?

Most appropriate for middle and high school levels, lesson collections lessons address a range of topics e. The activities are a mix of reading, hands-on, and application experiences and include any necessary student handouts, teacher guides, and PowerPoint presentations. Registration is required to access the materials. This web portal is a one-stop shop for high school and college educators interested in learning about and working with Google Earth.

The workshop proceedings have been published in this book, which is available online to read or download as a PDF. The book begins with an overview of the current state of K—12 education and moves through discussions of effective processes for developing and selecting instructional materials for the NGSS, distributing instructional materials, implementing instructional materials.

An appendix suggests action steps that will help continue to move NGSS implementation forward. With the recent volcanic activity in Hawaii, students may be interested in understanding more about volcanic eruptions. The USGS provides online resources for middle and high school educators to teach students about different types of volcanoes, how they erupt, and how many exist in the United States.

In addition to providing near-real-time volcano-monitoring data, the site presents information and lessons about plate tectonics; posters explaining geologic hazards at volcanoes e. Highlights include The Harnessed Atom, a middle level curriculum featuring lessons, games, and teacher presentations covering the essential principles of energy and matter, and STEM Topics videos for teachers , which explore topics from Using Fairy Tales to Teach Math and Engineering in Lower Elementary School to an Introduction to Probeware in the Classroom Vernier.

Use this coloring book to bring the stories of women who helped end World War II to life. Appropriate for all ages, but especially inspiring for middle and high school girls interested in STEM careers, the booklet features project scientists such as Lilli S. The Simpsons is a popular animated TV series—except among those working with nuclear technology.

In actuality, the Nuclear Regulatory Commission requires that a supervisor, along with a second supervisor or reactor operator, be present at all times during reactor operation. Other misrepresentations identified in the article include the ideas that radioactive waste is a green oozy liquid, nuclear power plants are poorly maintained, fuel rods can be used as paperweights, and nuclear power plants cause mutations.

Sharing the article in middle and high school science classrooms is a fun way to engage learners and start a discussion about real careers in nuclear technology. Educators can also find activities to bring the excitement of Mars exploration into the classroom. For example, Mission to Mars, a unit for grades 3—8, encourages students as they learn about Mars, design a mission to explore the planet, build and test model spacecraft and components, and engage in scientific exploration.

Stomp Rockets, a video lesson for grades 4—9, showcases the engineering design process as students design, build, and launch paper rockets, calculating how high they fly and using the data to improve rocket designs. A Pi in the Sky Math Challenge lets learners in grades 11—12 model the practices of NASA scientists and engineers as they use the mathematical constant pi to identify the timing and location of a seismic event on Mars.

The app lets students experience the challenges and excitement of learning science, getting a grant, and navigating real-life obstacles that researchers often face. Along the way, players learn about various diseases, experimental design, and the life of a successful scientist. Learn more and download the app, which is available for both Apple and Android devices, at the website. Ditch the lecture and spice up your K—8 biology instruction with engaging resources from the Smithsonian Science Education Center. Students can play games like Showbiz Safari grades 1—3 and Habitats grades 3—5 to learn about the diversity of plants and animals in different habitats; watch videos such as How Do Orchids Attract Pollinators?

Insects grades 3—5 , complete with accompanying coloring pages. Visit the Exploring the Universe website to view or download a collection of new or updated astronomy resource guides for K—college teachers and students. The lists are hyperlinked, providing quick access to many of the suggested resources, and are downloadable as either PDFs or Word files. The technology has been used with both inservice and preservice teachers and elementary students. The April issue of GigaPan Magazine showcases examples of some of the gigapan images that have been created, along with stories and descriptions of how the images link to NGSS.

Two digital publications developed by the Center for Ecoliteracy in Berkeley, California, explore the relationships between our changing climate and what we grow, eat, and discard. An Interactive Guide uses text, video, photography, and interactive experiences to teach climate science and help readers see how food and climate interact and how personal choices can make a difference.

A companion publication, Understanding Food and Climate Change: A Systems Perspective, takes a broader approach to the topic, presenting a collection of essays demonstrating how seemingly disconnected phenomena are often dynamically linked and can be understood best when viewed in a larger context. Although the kits are designed for use in informal education settings e. The Earth and Space kit, for example, features more than a dozen activities suitable for elementary to adult audiences, covering topics as diverse how the shape of the land and the pull of gravity influence the movement of water over Earth e.

Paper Mountains to helping students design and build their own space telescope models e. Pack a Space Telescope. Students ages eight and up can participate in The Water Use Challenge, a digital trivia interactive. In the challenge, students answer questions about personal water use, learning facts about water use and conservation along the way and comparing their water-use data to the amount of water an astronaut uses in a day.

Astronauts use a lot less! The guide addresses activities for K—12, and includes standards correlations, NASA videos and resources, and digital games to review learning. Registration is required to download the guide. Mate Choice Activity for advanced high school and introductory college levels has students collect data from videos to study frog acoustic communication about mate choice in female frogs and guides them through a statistical analysis of the results.

The Fabulous Frogs of Panama for elementary through middle levels teaches about the diversity of Panamanian amphibians as students identify amphibians using a dichotomous key, examine similarities and differences between frogs and toads, study the frog life cycle, and discover strategies frogs use to avoid predation. Of interest to K—college teachers and administrators alike, the colorful posters include links for more information and can be printed, shared, and sent among friends and colleagues.

The site also has classroom lessons ranging from simple sensory activities for grades preK—2 to deeper investigations for grades 3—5 examining how the brain learns. Brian Ricketts, a retired geologist in New Zealand, writes this Earth science blog, which currently has more than articles on various topics, and the posts mostly are written for non-technical folk, or non-geology people. Ricketts has been connected with many of the blog's topics from a research, teaching, or consulting perspective, but some he hasn't, like climate science. In addition, the site features an atlas of images on geological topics.

Currently it contains only his photos images , but he plans to include those of other geologists. Images are freely available to anyone, especially students, teachers, and researchers. The Atlas images and brief captions tend to be more technical than the blog posts, and are directed at a slightly different audience.

The only restriction to using the images is that users do not on-sell them in any way without permission, and that users acknowledge where they came from. The direct link to the Atlas is http: This program from Scholastic provides teachers with science lesson plans for K—5 students, as well as educational videos, activities, stories, games, and posters that encourage environmental stewardship. This website features advice, resources and opportunities for women seeking a career in STEM fields. Visitors will hear from STEM experts about What Women Bring to the Table, including facilitation and management skills, creativity and teamwork, and unique perspectives.

For all ages, the site includes STEM competitions and awards; conferences, programs, and webinars; and mentorships and job shadowing opportunities. Looking to start a school-based astronomy club? Look no further than the ASAC community website. Visitors will find links to astronomy content, suggestions for club activities differentiated by subject and grade level, a listing of astronomy-related community groups, tips on managing an after-school club, and more.

The site presents program ideas, case studies, research, links, and other resources to support place-based education projects for K—12 audiences. Veterans of PBE will be inspired by the site's vignettes from successful programs at elementary, middle level, and high schools around the country, while educators just beginning to move toward PBE will appreciate the FAQ information page click on What is PBE?

This page covers everything you need to know about getting started with PBE, from fitting PBE into the schedule and handling discipline outside of the classroom to gaining administrator support, finding funding, and understanding the ways PBE differs from environmental education and service learning. Quanta Magazine has a math column aimed at high school teachers and students called Quantized Academy. The series is written by Patrick Honner, a nationally recognized high school teacher from Brooklyn, New York, who introduces basic concepts from the latest mathematical research.

Check out a recent column, Four Is Not Enough: How many colors do you need to color an infinite plane so that no points 1 unit apart are the same color? Here's everything middle level and high school students need to know about earthquakes, presented through video, graphics, photos, interactive classroom projects, webcasts, and more. The website from the Exploratorium in San Francisco has five primary sections: Quake Basics is a good starting point to learn about plate tectonics, faults, waves, and how the Earth's movements are measured.

Great Shakes includes information about earthquakes in and around San Francisco, including video from the World Series game when the earthquake started. This website offers games, simulations and programming tools, curriculum, and online professional development courses in educational technology that demonstrate how advanced math, science, and humanities content can be effectively combined with state-of-the-art game play for deeper student understanding and engagement.

Produced by researchers at The Massachusetts Institute of Technology MIT and partners, game highlights include The Radix Endeavor for middle and high school levels , an immersive virtual learning experience in which students conduct experiments to learn how systems in a virtual Earth-like world work and then collaborate to solve problems using math and scientific reasoning; and Ubiquitous Bio for high school students , a series of four biology-themed games for mobile devices in which students explore topics in genetics, protein synthesis, evolution, and food webs.

Teachers can access data generated by the games and use the data to inform future lesson plans. For example, build a boat with craft sticks, then test it to explore floating and engineering. Have students create original art with an eye dropper and watercolor paint, or count and scoop floating balls to develop number sense. The programs are sponsored by leading science organizations—e. Each directory listing includes a website link, a brief description of the program, and a contact person for more information. The Vikings sailed from Greenland 1, years ago to explore North America, eventually landing in Newfoundland.

At this archived website from the Smithsonian National Museum of Natural History, middle and high school students can learn about Vikings through a multimedia learning experience based on a past museum exhibit on the topic. To begin, take a room-by-room exhibit tour, learning facts about Viking exploration and viewing artifact images along the way. Next, click on Viking Voyage to journey from Scandinavia to the New World—as students drag the ship along its course, they view and listen to lessons in history, archaeology, environment, genetics, and the Sagas.

Their Ramps and Pathways program helps students develop physical science understandings and creativity as they design and build structures from cove molding available at any hardware store and observe the behaviors of various objects e. The program is designed for younger students grades K—2 , but it can easily be adapted for use with different ages and in various settings from classrooms to camps and family science events. Visit the website to view inspirational videos explaining the program rationale and showcasing various ways the tools can be used to foster science, technology, engineering, and math STEM exploration and discovery.

In addition, a FAQ page provides helpful information on finding the supplies and managing their use in the classroom. Another page, Tips for Implementation, features examples of different types of questions e. Targeted for middle level educators, the resources include hands-on activities exploring natural selection—e. Featuring interactive learning modules, a timeline of DNA events in history, a blog, and an online community of engaged educators to share ideas with, this website celebrating the discovery of DNA and its impacts has it all. A Scavenger Hunt and Finding the Structure: Explore space as you take a trip in your rocket and learn to count backwards from This book will supplement any space unit you are planning with your kids.

Balanced Literacy , Reading , Writing. My Countdown PreK Book. Blast off into space with this rocket-shaped countdown book! This book reinforces counting backwards from 10 to 0. This book has been adapted for preschool children with easier illustrations. If desired, you can use only the pages 5 - 0!


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There are two sets of student pages, one that allows the. Balanced Literacy , Reading , Math. Countdown Rocket Craft and Cutting Activity. This simple rocket craft works on coloring, cutting and counting skills. Students color, cut and glue a rocket and numbers to create a countdown visual. Students can practice counting backwards from ten to zero.

Preschool craft, pre-k craft, kindergarten craft, preschool rocket craft, pre-k rock. Activities , Fun Stuff , Printables. Blast off into space with this rocket-shaped countdown book while teaching your students to count backwards!


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  • On each page the children will write the number and create a set of space objects using a variety of art materials. The children love to blast off at the end! How do I use this book in my cl. Math , Numbers , Science. Rocket Number Line Addition Subtraction. Space themed addition and subtraction practice math activity. Included is a rocket space number line, both vertical and horizontal for addition and subtraction and a count down slider for counting numbers backwards like an astronaut!

    There are also four addition and subtraction space themed math. Math , Arithmetic , Science. Activities , Math Centers , Task Cards. Teaching Got Me Like. Counting forward and backward to Your students will be excited to practice their counting when getting ready to launch a rocket! Included in the Unit: Practice counting forward and backward to Practice using a chart.

    Straw Rocket Craft to cap off the unit! Thematic Unit Plans , Printables. Have fun learning about the solar system with these unique space themed activities. This packet contains activities that can be done individually or in small groups. Perfect for your first grade language, science and math centers. Includes the following exercises: Grammar , Math , Astronomy. Wonderful Day in Pre-K. Build a rocket with numbers!


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    • A rocket in both black and white, and color and number cards are provided to build a rocket. The rockets come in two sizes, as do the number cards.