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“I’m never going to use this!” Chances are, if you teach math, you’ve had a student say something along these lines. Yet, math is a vital part of our daily lives. From checking the temperature or deciding what to wear, to knowing if you have enough money to purchase an item or figuring out how long it will take to get somewhere, math is a part of everyday life. Here are nine ways to make math relevant for your students and inspire them to embrace math in the real-world.

1. Follow Current Events

Connect math to social studies by following current events in the news. Students may be surprised by how frequently numbers are cited in news stories. Start by identifying a grade appropriate print, online, or video news sources like PBS NewsHour Extra. Then, have students keep a journal of articles that cite numbers and analyze how the data is presented as part of the news story.

2. Partake in a Math Competition

Quality math competitions will challenge students to apply their knowledge in ingenious ways. Encourage creative problem-solving and build teamwork skills by enrolling students in a competition like Odyssey of the Mind.

3. Teach Personal Finance

If there is one math skill every person should master, it is money management. Although students typically learn how to add and subtract money, learning how to budget, invest, and manage debt are essential when it comes to ensuring a secure financial future. Get started with these ideas on teaching personal finance.

4. Play Games

Games are a fun way of incorporating math learning into the classroom while engaging students in play. Many classic board games help develop counting skills, number recognition, and fact fluency through the use of dice, spinners, and cards. Online math games are a high-interest activity for today’s tech-savvy students and many also support math standards and curricula.

5. Plan a Road Trip

Planning a road trip can help students hone their math skills while also studying geography. Divide students into groups, provide a budget, and have them research, design, and present a print or digital travel brochure of their road trip. Require that each group provides a breakdown of costs, including miles per gallon for fuel, meals, lodging, and admission fees to attractions.

6. Get Cooking

Many kids love to cook. Apply math to daily life by having students practice their culinary math skills. Not only does cooking allow students to practice skills like conversions, fractions, and proportions, but they also get a tasty meal or snack at the end!

7. Root for the Home Team

Whether you have students who participate in sports, play sports video games, or simply love to watch a good game, statistics play a key role in athletics. Challenge students to watch or participate in a sport, then record and graph data about the game. Alternatively, look for sporting events that provide educational materials like these Iditarod math teaching resources.

8. Study the Mathematics of Music

From patterns to frequency, music is mathematical. Elementary students can connect the arts and math by listening to music and identifying patterns. High school students can dig deeper into the mathematical structure of music by studying harmonics or looking at new ways of seeing music.

9. Celebrate Math Holidays

Math holidays and theme days are a great hook for inspiring students to learn math. Join Global Math Week in October, connect math and literacy on Math Storytelling Day in September, or celebrate any of the multitude of math holidays throughout the year.

How do you make math relevant for students in your classroom? Share your ideas in the comments. For more math teaching resources, try Help Teaching’s free math worksheets and math lessons.

Looking to invigorate your science curriculum and teaching this year? Help Teaching’s team of teachers understands the time and commitment it takes to prepare meaningful science classes and lab activities, not to mention stay up-to-date with the latest scientific advances. We’ve gathered links from across the internet to over 80 of our favorite resources to help support rookie and veteran science teachers and homeschooling parents alike.  This year we’ve added several new science sites and a new category for our favorite engineering sites. Happy Teaching!

Our Guide To Teaching Science

Next Generation Science Standards

Whether or not your state has adopted the new science standards, they have been released and are the talk of the science teaching community.

Bozeman Science provides a free series of NGSS videos on each of the disciplinary core ideas. The videos give a clear overview of each standard as well as suggestions on how to teach the core ideas at the elementary, middle, and high school levels.

NGSS@NSTA provides current information about the implementation process and professional development opportunities, including free web seminars, to support science teachers looking to incorporate the standards into their curriculums.

NGSS is the primary resource for teachers looking to read and learn about the new science standards. Teachers may find the EQuIP Rubric overview page useful for identifying high-quality instructional materials that align to the standards.

The National Academies Press offers several NGSS-related publications useful for teachers, many of which can be downloaded for free after creating an account.

PBS LearningMedia NGSS links to a large collection of NGSS resources for professional development and classroom use.

Parent Q&A is a flyer designed to answer parent questions about the Next Generation Science Standards but is also a nice overview for teachers and administrators.

The Concord Consortium features a unique tool that allows educators to navigate the NGSS by core idea, practice, and crosscutting concept and locate high-quality digital activities that support the standards.

Breaking Science News

Check these sources regularly to stay current with scientific research. Better yet, have your students read them as well!

Newsela website and app keep educators and students alike up-to-date with current events, including a large selection of STEM news stories at different reading comprehension levels. Registering for the free version of the platform allows teachers and students unlimited access to articles.

Scientific American maintains a section dedicated to education that includes activities, information on their program connecting teachers and scientists, tips on improving science literacy, and more.

Live Science will help keep you up to date with science headlines across disciplines.

BBC Science & Environment is the place to go for breaking science news. Whether you are a busy science teacher or student looking for the hottest topics in science, BBC has coverage for you.

Science Daily offers a compilation of breaking news articles for those interested in the latest research.

ScienceBlogs hosts posts from over sixty blogs, presenting a wide range of science news and viewpoints.

HuffPost Science will help keep you up to the minute with breaking science stories.

NewScientist shares topical news stories on all things science-related.

Science Instruction

Like the scientific method, great science instruction takes systemic modifications. Read on for resources that will help invigorate your science teaching.

Good Thinking! The Science of Teaching Science by the Smithsonian Science Education Center houses a collection of must-watch videos for anyone who teaches science. These short, animated videos explore common student misconceptions on topics ranging from natural selection to chemical reactions.

NSTA Learning Center links science teachers with professional development resources by subject and grade. Be sure to peruse their collection of 4,000+ free articles, web seminars, podcasts, and modules available to support your professional growth.

What Works Clearinghouse reviews and summarizes education products and research to help educators make evidenced-based decisions when it comes to teaching.

SERC is working to improve STEM education by providing a rich assortment of professional development opportunities and resources for educators.

Understanding Science is a primer for teachers and students alike on what science is and how science really works.

BSCS Science Learning helps to transform science education by working with science educators worldwide to provide a variety of resources. They conduct research on improving science instruction, develop instructional materials, and offer professional development.

Baylor University put together a resource on how to identify effective stem resources for students to help make sure your teaching is effective.

Help Teaching’s library of printable science worksheets is ideal for practice and assessment. Our growing collection of self-paced science lessons for biology, chemistry, physics, and earth science are a great way to introduce topics and reinforce learning.

Science competitions and fairs can inspire students to pursue STEM careers while providing hands-on learning opportunities. Consider challenging your students to participate in a local science fair for one of these major science competitions: Young Scientist Challenge, ExploraVision, Regeneron STS, & Google Science Fair.

Science Activities

Science lends itself to hands-on activities that engage students in active learning. Save time and get inspired when preparing lessons this year by reading these links.

Science Friday partners with educators and scientists to create STEM activities, lessons, and resources for all learners. This site connects teachers with relevant, unique, and dynamic instructional materials, videos, stories, and more.

ScienceNetLinks brings together a large, searchable database of science lessons, interactive tools, news, and hands-on activities to support formal and informal science education.

Science Buddies is the place to look for science fair topics and activities. Not only does Science Buddies provide science fair project resources for students and teachers, but their growing collection of science activities are perfect for classroom and home use.

BIE maintains a library of science project-based learning units that encourage student inquiry and investigation.

Lawrence Hall of Science: 24/7 offers citizen science projects, hands-on activities, online games, and more for classroom and home exploration.

PBS LearningMedia has thousands of the best digital science teaching resources in an easily searchable platform by grade, subject, standard, and format.

Zooniverse brings together a collection of citizen-science or people-powered, research projects where everyday people can contribute to real science.

Science Kids has a nice collection of experiments, science fair project ideas, games, videos, and images designed to get kids interested in science.

Annenberg Learner brings together a collection of science interactives that can readily support any science curriculum.

Virtual Microscope simulates the use of various types of microscopes for students through the examination of set image samples.

PhET Simulations supplement classroom learning with a large array of well-designed science interactives.

The Science Spot contains a vast library of information and resources pertaining to all areas in science, including forensic science and astronomy. This is an essential resource of middle school teachers and students as well as for high school teachers. This website also provides tips for implementing interactive science notebooks in the classroom.

Hook your students on science by sharing videos from Veritasium, Science360, SciShow, It’s Okay to Be Smart, Untamed Science, and Help Teaching.

Collaborate and Explore

We teach our students that collaboration is an essential part of doing science. Practice what you teach with these links for connecting and sharing with teachers who have similar goals.

Teaching Channel is on a mission to create an environment where teachers can watch, share, and learn new techniques to help every student grow. Start by watching these science videos, then explore the entire site for more teaching inspiration.

Skype in the Classroom helps teachers connect with other educators and experts in their fields. Use Skype to bring your students on virtual field trips, interact with a virtual guest speaker, and collaborate with another class from across the country or around the world.

STEM on Google+, and STEM Educators are Google+ groups offering vibrant online communities of science teachers sharing resources and best practices.

Professional Learning Communities allow teachers to connect with others in their schools, districts, and communities who are dedicated to science education.

Google Educator Groups bring educators together, both online and offline, to share ideas on web-enabled learning.

AP Teacher Community connects and supports those instructing AP courses.

Astronomy

Don’t miss out on the latest discoveries about the universe with these links.

NASA Education for educators opens a universe of information about space science through lessons, videos, professional development, and more. Get started by browsing astronomy teaching resources in NASA Wavelength.

Google Sky does for the view of space what Google Earth does for the view of your neighborhood.

Air and Space Live webcasts from the Smithsonian National Air and Space Museum bring a world and beyond of learning opportunities for anyone interested in astronomy.

If the Moon Were Only 1 Pixel dubs itself, “a tediously accurate scale model of the solar system,” but don’t be misled by the tagline. This interactive is beautiful in its simplicity and will engage your students on this virtual journey through our solar system.

National Optical Astronomy Observatory offers numerous space-based resources, programs, and resources for educational purposes.

Biology

From life science to AP biology, helping students develop an understanding of the nature of life is essential for science literacy.

BioEd Online from Baylor College of Medicine offers science teachers resources that include lessons, videos, classroom slides, and a full library of magazines and storybooks for use with K-12 students as well as professional development courses for teachers.

BioInteractive by the Howard Hughes Medical Institute is a free collection of virtual labs, films, animations, apps, and more that are ideal for biology education.

Encyclopedia of Life offers an extensive collection of free resources on just about any organism.

The Biology Corner offers a wealth of teaching resources for biology teachers, including classroom presentations and lab handouts.

Ask a Biologist not only allows K-12 students to submit questions for biologists to answer, but also offers a wealth of biology-related articles, activities, games, and more.

Solve the Outbreak is a free app by the CDC that challenges students to solve epidemiology mysteries. It’s fun, really!

Cells Alive brings microbiology to life through amazing photos, interactives, and videos.

BEN: BioSciEdNet managed by the American Association for the Advancement of Science, helps teachers to engage their students with animations and lab activities.

Biology4Kids offers clear explanations of many topics for elementary and middle school reading levels or for teachers searching for material covering the basics, from scientific study to cell biology.

American Physiological Society supports education through student activities and curricula, education projects that link teachers and physiologists, and teacher learning resources.

Chemistry

Teaching the central science takes knowledge, skill, and a bit of wow factor. Use these links to help make your class preparations a little easier.

American Chemical Society’s education page is the place to find materials for teaching chemistry, professional development opportunities, and reports on chemistry education.

ScienceGeek.Net is chemistry teacher Andy Allan’s personal website where he shares his collection of presentations, labs, and more.

Evan’s Chemistry Corner provides worksheets, transparencies, and lab activities for Regents Chemistry in New York State, but these resources can be used in any high school chemistry classroom.

Kent Chemistry contains instructional pages covering topics in chemistry, along with accompanying videos, practice questions, worksheets, and lab activities. Both high school-level and AP chemistry are covered.

Illustrated Glossary of Organic Chemistry catalogs 1,500+ terms and is an essential resource for any organic chemistry course.

Periodic Videos from the University of Nottingham features videos and experiments on each element. Check out their 500 videos on YouTube as well.

Crash Course Chemistry contains a playlist of YouTube videos covering various topics in chemistry in a short amount of time.

Chemmy Bear contains a multitude of resources for AP chemistry, from handouts and activities to study cards and practice tests. This site is especially helpful for newer AP chemistry teachers and for teachers of honors chemistry courses.

Seasonal science “holidays” offer fun and engaging ways to incorporate STEM activities into your classroom. Celebrate science this year with these theme days and weeks:
World Space Week Stellar Activities October 4 – 10, 2018
Earth Science Week Fun Daily Activities October 14 – 20, 2018
National Chemistry Week – Chemistry & Forensics October 21 – 27, 2018
America Recycles Day Activity Guide November 15, 2018
Earth Day Activities for Kids April 22, 2019
World Oceans Day Activities June 8, 2019

Earth Science

Developing student understanding of the earth’s structures and processes helps nurture an appreciation of the natural world.

EarthLabs supplies rigorous units on earth and environmental topics that focus on hands-on laboratory activities and data analysis. Each unit provides all the information, resources, and lessons necessary to elevate earth science and environmental lab instruction to the next level.

NOAA brings together a wonderful collection of resources about the oceans and atmosphere.

USGS Education compiles a wide variety of videos, maps, images, and interactives ideal for use in the earth science classroom.

ClimateChangeLIVE engages students with two electronic field trips for the classroom as well as supplemental materials and support for teachers.

COSEE is dedicated to helping build collaborations between students, teachers, and scientists interested in ocean studies.

Physics

Physics is daunting for many students. Great physics teachers actively engage students with the study of the interactions between energy and matter.

The Physics Classroom supplements physics instruction with tutorials, animations, teacher toolkits, and lab activities.

The Physics Front is an extensive collection of materials, including online tools and lesson plans for K-12 physics and physical science instruction.

PhysicsCentral shares everything from articles to posters to home projects to support those educating physics students at all levels.

APlusPhysics contains helpful video tutorials and web pages for students to learn from, covering topics ranging from high school physics to AP physics. The site also contains worksheets for teachers to print and distribute to students as well as activities that teachers can implement.

Burrows Physics‘ playlist contains a multitude of videos covering various higher-level physics topics. These are helpful in providing instruction to students outside of the classroom.

Practical Physics offers a wide array of experiments that enable students to get hands-on experience with concepts in physics, enriching students’ understanding and refining students’ ability to visualize the forces and science at play in the real world.

ComPADRE is a digital library of teaching resources for physics and astronomy educators.

American Association of Physics Teachers will keep you posted on conferences, projects, and competitions as well as just about everything you need to stay up to date with teaching physics.

Engineering Practices & Design

Today’s science students must understand engineering practices and design solutions to help them prepare for everyday life and career paths. Enrich your STEM curriculum with these engineering resources.

TeachEngineering is a website that guides teachers in nurturing students’ abilities to create innovations to challenges in any subject. Some activities include how-to videos on YouTube.

NASA Engineering Design Process aids teachers in helping students to understand that engineers must imagine and plan before they begin to build and experiment in a variety of challenges for K-2, 3-5, and 6-8. The site also provides plenty of guidance for supporting students in the engineering design process.

Science Buddies offers educators an exhaustive description of the engineering method with a side-by-side comparison against the scientific method.

TryEngineering has 100+ engineering lesson plans for teachers. Students interested in pursuing engineering careers will find the university and career portals useful.

EngineerGirl by the National Academy of Engineering offers a wealth of information on engineering professions for girls and women.

Although this list is by no means comprehensive, we hope it will inspire and energize your science teaching and classroom this year. Be sure to visit HelpTeaching.com and utilize our growing library of K-12 science worksheets, lessons, and questions!

Help Teaching offers Test Room, an online assessment platform designed for teachers, parents, tutors, and trainers. Test Room gives educators the power to administer assessments online. It also provides statistical data to help educators quickly monitor and assess student and class performance. As an educator, you have many reasons to quiz students and now Test Room provides the convenience, tools, and flexibility to do so in a meaningful way.

Creating Student Groups

The My Classes feature lets you organize and assign tests for individual classes or groups of students. Once you create a class, you can assign a test to the entire group at one time. You may add or remove students to classes at any point. In addition, once a class has finished a test, you will have access to statistics on overall test results enabling you to evaluate class performance. A few other options for the class feature include:

• Splitting up students in the same class into different classes in Test Room, perhaps by level
• Administering different versions of the test to different groups
• Creating and administering different tests to groups of students based on their ability levels or to easily adapt tests for special needs students

Scheduling Tests

Whether you want to give a brief quiz to check for understanding or a cumulative course final, Test Room offers numerous features for test scheduling to fit your needs.

Required Settings
Scheduling a test begins with either creating a custom assessment with Test Maker or selecting a pre-made assessment from Help Teaching’s expansive library of printable worksheets. After selecting a test to administer, simply choose your preferred method of inviting students to take the test. Options include:

• Inviting students or classes by e-mail which automatically sends students a direct link to start the test
• Sharing a public link with students instead of e-mailing them

Optional Features

In addition to the required settings, you can select a few optional features:

• Private Note to include any personal reminders or comments that are not shared with your students
• Test Instructions to share special instructions or reminders with your students when they start the test

Time Settings
Initially, all Test Room assessments offer unlimited testing times and open-ended start and end dates. As a teacher you can:

• Set a maximum amount of time students have to complete the test by filling-in the Time Allotted field
• Fill in the Start and End Date & Time fields to have students take or complete a test at a specific time

When you set these time settings your test will only be active during the set time period and can no longer be taken once the time period expires. Be sure to double check all your settings to make sure students can take your test when it’s time for them to start.

Test Administration Options

Depending on the purpose of assessment, you can select different options to change how students interact with the test. Some of these options include:

• Allowing students to navigate back to previous questions
• Keeping students from revising previous answers
• Enabling practice mode so students can see answers and, if desired, take the test multiple times

All of these features are available in the Test Administration section and you’ll find specific boxes and instructions to help you make those choices there . For example, if you want students to be able to navigate back to previous questions to revise their answers, be sure to check the correct box.

Want to embed a test into your website? Simply place the share link in an iframe, like the following:
“<iframe frameborder=”0″ height=”800″ src=”https://online.testroom.com/136832RVY” style=”width:100%”></iframe>”

Grading Tests

Along with giving students an easy way to take an exam, Test Room offers a few different options for grading, including:

• Automatic grading of multiple choice and true/false questions
• Immediate grade displays for students
• Fill-in-the-blank and open-ended questions you can grade by hand
• The ability to override any automatic corrections

With the grading feature, you can save a lot of time by letting Test Room do the grading and give students the feedback they want. Even if you choose to manually grade your assessments, you’ll still save time by allowing students to quickly take the test online.

Reviewing Analytics

To help provide you with a meaningful analysis of student mastery and progress, Test Room generates data on individual student performance and overall test performance.

Student Performance
Student performance data helps you see student performance based on the following information:

• an itemized list of each test that student has been assigned
• the completion status of the tests
• the grade for each test
• the date the test was scheduled

This way you can evaluate trends in individual student progress and test performance.

Overall Test Performance
Test Room also generates an overall statistical report for each test assigned. The test performance report provides:

• the total number of students who have completed the test
• the number of questions on the test
• the average number of correctly answered questions
• a grade breakdown by number of students
• percentage of correct answers for each individual question

With this data you can monitor how individual students are performing and help make sure the quizzes and tests you assign are producing the desired outcome.

For more information on how to use Test Room, watch this our tutorial:

The words “fall” or “autumn” may bring visions of colorful leaves, falling temperatures, and apple picking, but many students are still lamenting the loss of summer and the beginning of the school year. The fall season is perfect for getting students out of the back-to-school slump and engaging them in themed learning activities that span the curriculum. Whether you are a teacher looking to enliven your fall curriculum or a parent wanting to spend quality time with your children, these activities will help you and your students celebrate the season and hopefully learn something new along the way.

Our List of Educational Activities for Fall

Language Arts Activities

1. Write about Fall. Writing about fall is a great way for students to get back in the habit of writing every day while developing sensory writing skills. Take your students outside and encourage them to write about the sounds and sights of fall. Challenge them to describe the tastes and smells of their favorite fall foods. Use our fall writing prompts, fall haiku, or autumn acrostic to get started.

2. Fall into Reading. Summer reading has passed, but that doesn’t mean that students shouldn’t continue to read throughout fall! Younger students will enjoy autumn-themed picture books like Fall is Not Easy, Leaf Man, and The Little Yellow Leaf. Students of all ages should read at least one piece of literature honoring Hispanic Heritage Month which begins on September 15. Help Teaching offers fall reading resources including this rebus story and fall reading comprehension passages. Our friends at Elementary Librarian have a great list of Halloween read-alouds as well.

Social Studies Activities

3. Recognize Constitution and Citizen Day. The United States Constitution was signed on September 17, 1787. Use this important date in history to discuss civics and citizenship with your students. Get started with these activities for Constitution and Citizen Day.

4. Contemplate Columbus Day. Columbus Day is a federal holiday that doesn’t come without controversy. Take the opportunity to broaden your students’ knowledge of the holiday beyond the Nina, Pinta, and Santa Maria with one of these Columbus Day activities.

5. Be a Historical Detective. Autumn is harvest time. What better way to celebrate the harvest, than to step back in time and learn about what happened during the first Thanksgiving with this historical interactive by Plimoth Plantation.

Math Activities

6. Measure Earth’s Tilt. The Earth’s 23.5^o tilt is largely responsible for the changing seasons and offers a perfect opportunity to connect geometry and measurement concepts with real-world learning.  Elementary students can first learn about measuring angles with protractors then use their new skills to measure shadows on the fall equinox with this lesson. Middle and high school students can further investigate the impacts of Earth’s angular tilt on the seasons with the PBS LearningMedia lesson, Seasons on Earth.

7. Tell a Math Story. Once upon a time there was a lonely even prime number named Two. Math Storytelling Day falls each fall on September 25 and is a great way to combine math and literacy skills. Read a math-themed story to your students or have them write and share their own stories. Find more ideas for Math Storytelling Day in this article on celebrating math holidays.

8. Collect Fall Data. From kindergarten on, today’s math students must learn how to collect, represent, and interpret data. Take advantage the autumn’s offerings and have your students work with real data that comes with the season. Count and graph the number of acorns that fall off an oak tree each week. Plot and track hurricane paths. Measure morning air temperature at the same time each day and calculated changes in temperature over the season. Estimate then measure pumpkin weights. Ask your students to brainstorm ideas of fall data they would like to collect, represent, and interpret!

Science Activities

9. Dispel Student Misconceptions. The seasons are caused by the changing distance of the Earth from the sun. It is the same season everywhere on Earth. These are a couple common misconceptions about the seasons. Take a few minutes to watch ‘Tis the Season for a Reason by the Smithsonian Science Education Center to learn more on student misconceptions about the changing seasons and tips on improving instruction.

10. Learn about the Autumnal Equinox. The official first day of any season is an astronomical event. The autumnal equinox falls around September 22-23 each year and is one of two days a year with almost equal amounts of daylight and darkness. Assign students this self-paced lesson on Solstices and Equinoxes so they can explore the astronomical science behind the changing seasons.

11. Keep a Weather Journal. Recognizing patterns in the natural world is an essential skill for today’s science student. Young students can keep a daily weather journal by drawing pictures of the weather they see each day. Have elementary students make qualitative observations in weather patterns during the fall and draw connections between daily and seasonal changes in temperature. Try our printable on investigating daily temperature changes. Middle school students can take quantitative weather measurements and analyze patterns in data.

12. Observe the Night Sky.  Clear, cool fall nights are ideal for getting children outside to observe the sky. Folklore names each full moon, so make an effort to get out and see the Harvest Moon, the full moon closest to fall equinox. Students can learn about the moon’s surface features before going out, then try to locate maria, highlands, and craters. Be sure to also encourage students to watch one of the fall meteor showers.

General Activities

13. Compose a Fall Song. What sounds do you associate with fall? Maybe you think of rustling leaves, rumbling harvesting machinery, or honking geese migrating. Challenge your students to work in groups to compose original songs featuring the sounds of fall. Encourage them to use not only instruments, but also leaves, acorns, and other natural materials of the season. Use this lesson on parts of a song to help get students started.

14. Go to a Fair. Each fall, farmers and artisans gather at traditional fairs to display their best produce, animals, and creations and to participate in good-natured competition. Take your children and see how large a pumpkin really can grow, watch a livestock show, and see modern and antique agricultural machinery in action. Kick off your trip by having your child complete this lesson on fair vocabulary words.

15. Get Crafty with Nature. Mother nature supplies an abundance of nature materials to create with in the fall. Try one of these nature crafts using pinecones, apples, leaves and other fall finds. Explore our Ultimate Guide to Crafts for Kids for more crafty ideas.

What are your favorite fall learning activities enjoyed by your students and children? Share them in the comments! Be sure to visit Help Teaching and check our library of seasons worksheets

Engineering is a key component of many STEM classes, but it can be an intimidating subject to teach for parents and teachers not primarily trained in the field. The good news is kids are often drawn to building and taking things apart, skills that can be nurtured with simple engineering activities. We’ve gathered a list of 101 of our favorite hands-on activities that will get kids excited about the engineering design process. With some basic materials, and a bit of curiosity, kids will be designing, creating, testing, and improving solutions to engineering problems in no time!

Transportation

Whether your kids like boats that float or cars that go, these building activities will surely be a hit with those fascinated by forms of transportation.

Storytime STEAM with Don’t Let the Pigeon Drive the Bus! Preschool Steam
How to Make a Recycled Balloon Car Left Brain Craft Brain
Square Wheels Exploratorium
Rubber Band Car DIY Figment Creative Labs
Absorb the Shock! Scientific American
Propeller-Powered Zipline Racers Digital Harbor Foundation
Straw Boats: Engineering Challenge for Kids The Science Kiddo
Making Simple Boats that Float Teach Preschool
Build a Paddle Boat Rookie Parenting
Cork Raft Building Challenge for Kids Kitchen Counter Chronicles
Simple Cardboard Airplane Craft for Kids Hands On: As We Grow
Egg Crate Airplane Engineering Project Schooling Active Monkeys
Design a Submarine Museum of Science and Industry, Chicago

Food Fun

From marshmallows to spaghetti, using food can make for affordable and fun engineering projects.

One Minute Marshmallow Engineering Challenge Steam Powered Family
Family Movie Night & S’mores STEM Challenge No Time For Flash Cards
Leaning Tower of Pasta TeachEngineering
How Strong is Spaghetti? Frugal Fun for Boys and Girls
Candy House – Making a Stable Structure Science Sparks
Design Challenge with Sticks, Clay, and a Mandarin TinkerLab
Engineering with Food: Preschool STEM My Mundane & Miraculous Life
Engineer a Gumdrop Structure Creative Child
Edible Rovers eGFI

Back to Nature

Get kids out of the house or classroom and into nature with these activities perfectly suited for the outdoors.

Outdoor Engineering: Building Stick Forts Little Bins Little Hands
Playground Sized DIY Marble Run Babble Dabble Do
Log Pile House Building Challenge Inspiration Laboratories
How to Make a Homemade Water Wall for Kids Happy Hooligans
Mudbrick Houses Imagine Childhood
Speedy Shelter PBS Kids Design Squad Global
Build a Shelter from the Sun and Test it with UV-Sensitive Beads Buggy and Buddy
Design A Seed Engineering Challenge Share it! Science News
Backyard Pulley an Engineering Challenge for Kids Kids STEAM Lab
DIY Solar Oven The Craft Train
Backyard Railroad Engineering: Outdoor STEM Challenge for Kids Adventure in a Box

Robots Rock

Be sure to ask kids what problems their robots will solve before they design, build, and test these marvelous bots.

Build Your Own Robot Arm TryEngineering
Robo Arm PBS Kids Design Squad Global
Squishy Circuit Robot: Electrical Engineering Design Challenge Lemon Lime Adventures
Homemade Spinning Brushbot Research Parent
Upcycled Toy Car Marker Bots Left Brain Craft Brain
How to Make a Minion Scribble Bot Science Sparks
Drawing Robot: Learn How to Create Robot Art Rosie Research
Build Your Own Underwater Robot Science Buddies
Engineer a Bee eGFI

Simple Things

Sometimes the simplest things can make for the best engineering projects. Challenge kids to design and build with simple materials ranging from cups to straws to newspapers.

Newspaper Engineering Challenge for Kids The Educators’ Spin On It
100 Cup Challenge Busy Kids Happy Mom
Building With Straws: A STEM Activity Kids Activities Blog
Straw Geodesic Dome Babble Dabble Do
Building a Straw House Deceptively Educational
Fun and Easy Straw Rocket STEM Activity for Toddlers Engineering Emily
DIY Magnetic Marble Run Frugal Fun for Boys and Girls
How to Make an Indoor Boomerang What We Do All Day
Indoor Snowball Structures: Engineering for Little Hands One Time Through
How to Make a Bubble Blower Machine Teach Beside Me
Balancing Dinosaur STEAM Activity for Kids Rainy Day Mum
DIY Marble Mazes for Preschool Kids Coffee Cups and Crayons
Build a Cardboard Scissor Lift Scientific American
C is for Catapult! Go Science Kids
How to Build the Eiffel Tower: An Engineering Project for Kids KC Edventures
How to Make Homemade Fidget Spinner STEM Little Explorers
3D Shapes and Shapes Out of Straws and Pipe Cleaners Meaningful Mama
Spider Web Construction Rainy Day Mum
Building Toothpick Bridges Eva Varga

Teaching Tip: Turn a simple engineering activity into a lesson plan by having students follow the engineering design process. Ask students to:

1. Define the problem
2. Do background research
3. Brainstorm and select a potential solution
4. Create a prototype
5. Test and evaluate the prototype
6. Improve upon the prototype
7. Communicate the results

Get started with this engineering design challenge printable.

Holiday and Seasonal

Incorporate engineering into your lessons with these activities themed around holidays and the seasons.

Christmas Engineering Activity for Kids Fun-A-Day
Gingerbread Steam Project The Homeschool Scientist
Candy Can Construction Bridge Preschool Powol Packets
Build a Cornstarch Block Christmas Tree Gift of Curiosity
Paper Circuit Snowman Rosie Research
Sugar Cube Igloo Project The Crafty Classroom
November STEM: Giant Balloons, Thanksgiving Parades, & Engineering Get Caught Engineering
Halloween Robot Spider Craft Inspiration Laboratories
Candy Heart Catapult Stir the Wonder
Easter Catapult STEM Activity and Easter Science for Kids Little Bins Little Hands
PEEPS Parachute STEAM Challenge in Early Childhood The Preschool Toolbox
Engineering STEAM Activity: Build a Leprechaun Trap Kids STEAM Lab

Reverse Engineering

If your kids are constantly taking things apart, reverse engineering may be just the thing for them!

Reverse Engineer a Solar Toy From Engineer to Stay at Home Mom
Reverse Engineering a Fidget Spinner From Engineer to Stay at Home Mom
Recycled Toy Robot Project with Reverse Engineered Toys Brain Power Boy
Reverse Engineering Project: Disassemble, Sketch & Recap TeachEngineering
Disassemble a Click Pen TeachEngineering
Tinkering for Kids – Waffle Iron Confidence Meets Parenting
STEM Tinkering Activity: Taking Apart an Old Toy Little Worlds Big Adventures
Toy Take Apart Exploratorium
Your Kids Should Be Taking Apart Electronics! There’s Just One Mommy

Making the World a Better Place

Engineering projects should solve problems using design solutions. These activities will allow kids to explore how they can improve people’s lives in meaningful ways.

Earthquake Rollers Scientific American
Convenient Carrier PBS Kids Designer Squad Global
Articulated Grabber Engineering Project for Kids Instructables
Build a Lung Model US Patent and Trademark Office
Make Your Own Water Filters TeachEngineering
Solving a ‘Windy’ Problem Science Buddies
How to Make an Articulated Hand Go Science Kids
Building for Hurricanes eGFI
Tornado Tower Made for STEAM

Just for Fun: Engineering STEM Activities for Kids

These engineering activities don’t fall into one of the above categories, but they do make for great learning opportunities for kids!

Engineering Kids | Rube Goldberg Machine TinkerLab
Using Pool Noodles to Build a Playhouse From ABCs to ACTs
PVC Pipe House Building Project Engineering STEM Activity Little Bins Little Hands
STEAM Challenge: Build a structure you can balance on one finger (or your nose!) Gift of Curiosity
Build a Satellite NASA Jet Propulsion Laboratory
How to Make Projector Using Smartphone and Magnifying Glass STEM Little Explorers
Pneumatic Machine Made for STEAM
Cardboard Automata Exploratorium
How to Make a Water Wheel Home Science Tools
Global Cardboard Challenge Imagination.org

If you enjoyed this article, try our Ultimate Guide to Teaching Science and our science worksheets and lessons for more great teaching resources.

Do you have a student who frequently forgets to bring materials home or hand in homework? Have you ever wondered why a student who seems to grasp a concept is unable to apply the idea to new topics? Do you worry that the chaotic state of your child’s room is the physical manifestation of his scattered mind? Chances are these students are still developing key areas of their executive functioning skills.

These neurological processes help us perform daily tasks that require organization and self-regulation. The ability to manage our executive functioning skills develops throughout childhood and the teen years and often needs to be explicitly taught and practiced. Don’t assume your student has mastered these essential skills; rather, look for opportunities to nurture them and help set students up for success in and out of the classroom. After all, executive functioning skills are some of the foundations for learning.

Our Tips for Building Executive Functioning Skills Throughout the Year

September: Time to Organize – Organizational Skills

Developing systems of organization from the first day of school is a crucial part a successful school year. Teachers and parents should think of themselves as organizational coaches and help students master basic strategies for managing materials and ideas.

• Backpacks are the mainstay of student organization from kindergarten through college. Help students develop the routine of emptying their backpacks at the end of each day and sorting materials into those that stay at home, those that return to school, and those that will be recycled.
• Provide time at the end of each class or day for students to fill-in planners. Many schools provide paper planners, but students who tend to lose materials may benefit from an electronic planner app.
• Provide time at the end of each week for students to clean desks and lockers.
• Checklists are wonderful tools for organization. Have students tape school-to-home checklists in their lockers or keep home-to-school checklists in folders in their backpacks.
• Organizing information is just as critical as organizing materials. Teach note taking styles like Cornell Notes and how to use graphic organizers.

October: Setting Goals

Students have been in school for a month, you know them a bit better, and parent conferences are on the horizon. It is time to set meaningful academic, social, and/or behavioral goals. Students should be included in the process of setting goals; after all, they are the ones striving to achieve them!

• Keep goals specific and meaningful. For example, “I will spend ten minutes at the end of each school day filling in my planner and prioritizing my homework,” is an achievable goal for a student who is struggling with remembering homework assignments.
• Guide students in setting goals and have them complete goal-setting worksheets. Have students review their progress on a regular basis.
• If achieving goals were easy, we wouldn’t need them. Be a role model by setting a personal or professional goal and sharing your achievements and setbacks with your child or students. Likewise, setting a goal as a class or family can model the process with the safety of knowing it is a group effort.

November: Make a Plan and Stick with It – Planning & Prioritizing

The natural extension of setting goals is seeing them through. However, it is one thing to set a goal; it is a different thing to come up with a plan to achieve it. With the increased expectation that students complete long-term research papers and project-based learning assignments, learning how to plan a strategy for completion and see it through is more critical than ever.

• Give students a few minutes at the end of each day to prioritize their nightly homework in planners by numbering assignments from first to last. Starting with the most difficult work is often a good choice so students are mentally fresh.
• Help students create step-by-step timelines for long term assignments. Encourage brainstorming and outlining prior to writing.
• Share scoring rubrics with students before they begin assignments. Rubrics provide a visual map of expectations and are perfect starting points for planning projects, writing assignments, and encouraging students to reflect critically on their work.
• Engage students with games and activities that involve strategic planning, like chess and capture the flag.

December: But I Don’t Have Time! – Time Management

Our children are busier than ever. They juggle full school schedules, sports, lessons, and clubs, not to mention friends and family. Mastering good time management strategies becomes essential as students move into middle and high school and demands increase.

• Students need to develop a sense of how long it takes to complete homework. Ask students to track the time each assignment takes by writing the total time they worked on an assignment in their planners next to each subject. This will enable students to estimate more accurately the time required to complete work and plan accordingly.
• Most schools adhere to a recommended time for homework each night, typically ten minutes per grade level. If you child consistently takes longer then the recommended time to complete work, even with good time management practices, consult with her teacher. A trial run of modified assignments, that either reduces the workload or grading only the work completed within a set time, may decrease student frustration and increase learning.

January: Procrastination – Initiating Work

Getting back into a routine after a vacation can be a challenge for any of us, but students who have weak task initiation skills may find it particularly difficult. Use these tips to help students avoid procrastination and get started on tasks.

• Ask students to write down the task they need to accomplish, estimate the time it will take to complete the work, and track start and finish time. Start with small tasks that are readily achievable.
• Use verbal and nonverbal cues to signal the start of new tasks. For example, prompt students with keywords like “now” or “first” and gently tap your fingers on their desks.
• Build in breaks. Let students know that after they have worked for a set time they will have a fun break activity. Younger students or those with attentional difficulties may need to start with short 5 – 10 minute effort times. Make brain breaks a part of your daily classroom schedule.
• Don’t punish students by taking away recess. Exercise is crucial and often students who struggle in the classroom need these movement opportunities the most.

February: I Can’t Take it Anymore – Emotional Control

It is the depth of winter and the novelty of a new school year has long since worn off. Many students, parents, and teachers alike have reached their breaking points. It is time for all of us to focus on developing our emotional control skills.

• Consult with the school counselor, most have some type of mindfulness training. Ask for classroom tips or invite her into the classroom to teach your students relaxation and anxiety reduction strategies.
• Dim the lights, get your students comfortable, and play a guided relaxation audio like this free one for children.
• Present typical scenarios where students may become frustrated or upset, such as playground confrontations, transition times, and test days. Have students take turns role-playing these situations and suggest simple go to phrases or methods for handling each scenario.

March: Bend that Mind – Cognitive Flexibility

Think back to your own student years where you were required to switch from subject to subject every fifty minutes, translate a math word problem into a numeric equation, then recognize a theme in a novel and write an essay using supporting details. All of these situations require students to shift from one way of thinking to another within a relatively short period, how exhausting! Those who struggle with cognitive flexibility are more likely to hit learning roadblocks and have difficulty finding alternate solutions to those problems.

• Give students the opportunity to shift their thinking by announcing transitions ahead of time, following a set schedule, and including them in decision-making processes about schedules and routines.
• Stretch their cognitive flexibility by asking children to think outside the box. Classroom warm-up times are perfect for challenging thinking with shifting activities including: visual word puzzles; word searches; optical illusions; puns, jokes, and riddles; board and card games like Spot It; and even some strategy-based online games.
• Always guide students in making connections between big ideas and details. Some of us are bottom up thinkers and others are top down, either way, recognizing the interconnectedness of themes and details across subjects is essential to learning.

April: Thinking about Thinking – Metacognition

Educating a child is in large part, about training the student to think. Metacognition can be a difficult skill to foster because it asks students to reflect upon their own work. All of us want to succeed and reflecting critically about ourselves can be a difficult and emotional process.

• Have students draft “How I Learn Best” letters to next year’s teacher reflecting on what they have discovered about their learning styles over the year. See to it that the letters make it into the hands of next year’s teachers.
• Requiring students to submit study strategy reflection forms with tests and projects encourages them to evaluate the effectiveness of their efforts and contemplate how they can adjust their tactics to improve upon work quality the next time.
• Encourage students to check over their work and require them to make corrections after assessments. Teach editing skills and require re-writes of papers.
• Reflect on your own teaching or parenting methods periodically. If a student isn’t progressing toward a goal as you would like, examine what you can do differently to support her in obtaining that goal.
• Praise children’s efforts, not their abilities. Carol Dweck’s book, Mindset, is a must-read for parents and teachers.

May: What Did I Forget? Working Memory

Working memory is the keystone bridging long and short-term memory. Students with weak working memory skills will struggle with retaining and applying the concepts they learn. As final exams approach, even those students with strong working memories may reach their upper limits of retaining information.

• Find the memorization strategies that work best for your subject and teach them to your students. Give students the time to practice and develop these techniques into habits. Read Help Teaching’s Memorization Strategies Checklist for some suggestions.  
• Permit students to write information, like mnemonics and key words, on the test before answering questions. This frees up working memory and allows students to focus on applying what they studied with the knowledge that they can still refer to the information as needed.
• Students with diagnosed working memory weakness may require classroom accommodations like the ability to audio record lectures, have copies of teacher notes, or access to word banks on tests. Parents and teachers should work closely to develop and implement these accommodations. 

June: Bringing it Home – Strategies for Summer Vacation

Routine, routine, routine. The structure of the school year has been removed and children, especially those with weak executive functioning skills, require predictability in their routines. Develop the routine for summer, from set meal and bedtimes to consistent daily childcare, and stick with it. Keep systems in place that were used successfully during the school year. For example, if your child does well with a planner, work together to fill out a family calendar at the start of each week with where she will be each day and what activities are planned. Simply giving your child the control of knowing what each day will bring will hopefully minimize meltdowns, anxiety, and disorganization. Mostly, praise your children’s efforts, acknowledge their progress, and enjoy your time with these fabulous people.

Be sure to check out our study skills worksheets to support your teaching needs.

HelpTeaching.com offers an extensive collection of math images along with free printable and Common Core aligned worksheets using them. Recent additions to our database of images include decimal grids, digital clocks, rulers, inequalities, box plots and histograms.

These build upon the wide selection of math graphics on HelpTeaching.com, including images for:
Arithmetic – Pictographs, Fractions, Base Ten Blocks

Measurement – Clocks, Money, Protractors, Rulers, Thermometers, Statistics and Probability

Algebra – Lines, Tiles, Graphs and Functions

Geometry – 3-D Shapes, Angles, Protractors, Circles, Polygons, Triangles, Nets, Area, Perimeter, and Volume, Symmetry and Transformations

To find questions already created that use math images, view our Questions with Images page to browse through each category.  Be sure to look for the newest questions featuring clocks, inequalities, and decimals.

When creating math questions and tests with images, remember that they can:

• Have more than one image (Place Value),
• Include answers choices with images (Area),
• Be used as activities (Nets – Foldable Cube),
• Use groups to ask several questions about one image.

Parents with young children and early education teachers will enjoy our free, number coloring worksheets and hands-on clip-cards featuring images of shapes, colors, and numbers.

Help Teaching subscribers can use all our existing questions with images or create their own questions using our extensive image library. In addition, subscribers may upload their own custom images to use in questions and worksheets.

Visit HelpTeaching.com to browse our collections of math worksheets and math lessons or create questions and worksheets that meet your teaching needs.

Related Topics:
How to Write Higher-Order Math Questions
How To Use Questions with Images
How to Format Math Equations
How to Customize Your Tests Created on HelpTeaching.com
How to Find Questions on HelpTeaching.com
How to Write Good Test Questions

If you want a full year’s worth math lessons that are CCSS aligned and will put your classes on auto-pilot, be sure to visit MathTeacherCoach!

HelpTeaching.com offers a convenient question grouping tool that gives members the power to create collections of questions with shared instructions. Read on to learn more about “Question Group” feature and how to use it in your next assessment.

When to Use Question Groups

A group is a set of two or more questions with common instructions or reference text.  Consider using a group when:

• Several questions refer to the same set of instructions – View: “Daily Grammar”.
• Questions center on the same reading passage – View: “Four Freedoms”.
• Using a word bank for fill-in-the-blank questions – View: “Memorial Day Matching“.
• Asking questions about a graphic – View: “Electromagnetic Spectrum”.
• Referencing a set of data – View: “Data Table”.

When in doubt ask yourself, “Can this be used as a stand alone question as written?” If the answer is no, then it should most likely be added to a group with the instructions it depends on.

How to Create a Group

Creating a group takes only a minute, yet it can save you much more time than that by reducing the need to enter the same instructions multiple times. Once logged into HelpTeaching.com, creating a question group is very similar to creating a test. Start by selecting the “Test Maker” tab then the “create a question group” link under the advanced option description. From here, you can name a group and add common instructions. Clicking on the “Add This Question to a Group” button will insert a question in the chosen group. If you wish to group a question, but haven’t yet created a place for it, select “Add Question to a New Group”. Groups can be customized as needed by arranging question order and altering the common text.

Like a standalone question, a group can be added to a test or worksheet by clicking the “Add This Group to a Test” button. Locate your question groups by selecting the “My Content” tab at the top of the page. Questions in the Help Teaching database that appear in groups have a blue box that states it is part of a question group. Select the “View Group” link to see the entire group of questions and instructions. Remember, worksheets can include stand alone questions, groups, or a combination of groups and stand alone questions.

Related Topics:
How to Find Questions on HelpTeaching.com
How to Customize Your Tests Created on HelpTeaching.com
How To Use Questions with Images
How to Write Good Test Questions
Test Room Online Assessment Platform

As educators, we expect our students to learn and apply math concepts using higher-order thinking skills that go beyond rote learning. With the adoption of the Common Core Math Standards, many of us must do just that, by focusing more in-depth on fewer math concepts. However, writing math problems that require higher-order strategies can be almost as difficult as solving them.

To get started, try writing a lower-level math problem then apply one or more of the following techniques:

Tips for Writing Higher-Order Math Problems

•  Have students determine and extrapolate a mathematical process or pattern and apply it to an unfamiliar problem or scenario
•  Ask students to identify and evaluate missing or incorrect information
•  Challenge students to solve one problem using multiple methods
•  Consider asking, “Given ____, what would happen if ____ changed?” questions
•  Give an answer and a mathematical concept, have students write their own questions or equations that produce the given answer
•  Ask students to justify their solutions or identify and justify the “best” or “most correct” solution from a selection of plausible choices
•  Write problems that ask for connections between more than one set of information, this could include charts, tables, equations, graphics, and data sets
•  Watch that answers for multiple-choice questions are logical and that the correct choice is not structurally different from the incorrect answers
•  If you are having difficulty writing a problem, start by constructing questions that incorporate these higher-order key words and concepts: analyze, justify, explain, apply, interpret, compare, estimate, predict, prove, formulate, modify

Consider the Common Core Math Standard 7.G.4

Know the formulas for the area and circumference of a circle and use them to solve problems; give an informal derivation of the relationship between the circumference and area of a circle.

A lower-order question for this standard could be:

What is the area of a circle with a radius of 5?
a) 5π
b) 10π
c) 25π
d) 100π

As presented, this question strictly tests student knowledge and application of the required formula. Instead, consider structuring the question using a “real-life” scenario that requires multiple steps to solve:

Official tournament play of Ringer marbles requires a circular game ring with a diameter of 10 feet. Alexis needs to construct multiple rings for a tournament using rope to mark the circumference of each ring. If she has 100 feet of rope, what is the maximum number of rings Alexis can make?
a) 2
b) 3
c) 4
d) 5

Finally, try constructing an open-response question that requires students analyze and evaluate the information in a non-routine manner:

Jackson explains to his classmate that doubling the circumference of a circle results in the doubling of the circle’s area. Is Jackson correct? Use the formulas for area and circumference to justify your answer.  

This problem still satisfies skills posed in standard 7.G.4, however it now requires students not only demonstrate knowledge and application of the formulas, but also analyze the relationship between them.

Writing higher-order problems takes time, but ideally, the additional time will help students further develop the critical-thinking skills we strive to nurture as educators.

For more examples of higher-order math questions, view these questions created by HelpTeaching.com members:

Example 1:  Problem Solving Strategies
Example 2:  Fractions
Example 3:  Logical Thinking
Example 4:  Area
Example 5:  Exponents
Example 6:  Ratios

Visit HelpTeaching.com to browse our collections of math worksheets and math lessons or create questions and worksheets that meet your teaching needs.

Related Topics:
Using Math Images on HelpTeaching.com
How To Use Questions with Images
How to Format Math Equations
How to Customize Your Tests Created on HelpTeaching.com
How to Find Questions on HelpTeaching.com
How to Write Good Test Questions

Writing math problems can be time consuming, particularly when it comes to properly formatting mathematical equations. HelpTeaching.com offers the capability to create professional quality equations easily with our interactive math editor. With over 150 scientific and mathematical symbols to choose from, you can quickly generate equations ranging from basic exponents questions to the most complex calculus problems.

To format an equation, login to HelpTeaching.com and begin creating a question. Click on the “Insert a Math Equation” button located above the question field. A box will open in which you can enter an equation while selecting from a wide variety of math symbols available under the headings on the right side of the box.

Once the item is complete, select “Insert Equation” and you will return to the question creation screen. Special math tags will appear around the problem in this view, but the finalized format will appear after saving the question or when viewing in it “Preview” mode.

A simple way to get started is by visiting our section on “How to Write Math Equations” and clicking on any of the sample formulas shown on the page. The selected equation will automatically populate in the sandbox at the top of the page. You can then copy-and-paste the coding for this equation into a question you create and edit numbers or mathematical notation to fit your needs.

When creating items, multiple equations can appear in both questions and answers as well as in science questions. View the following links for examples of individual problems and free worksheets created with our equation editing tool:

Sample Math Equations and Worksheets

Integral
Logarithm
Exponent
Multiplication
Fraction
One-Step Algebraic Equations
Multiplying Radicals Worksheets
Graphing Absolute Value Inequality Worksheet
Vertical Angles Worksheet
Logarithmic Equations Worksheet 

Sample Science Equations and Worksheets

Scientific Notation
Chemical Equation
Cellular Respiration
Density
Velocity
Balancing Chemical Equations Worksheet
Naming Compounds Worksheet

Related Topics:
How to Write Higher-Order Math Questions
How To Use Questions with Images
Using Math Images on HelpTeaching.com
How to Customize Your Tests Created on HelpTeaching.com
How to Find Questions on HelpTeaching.com
How to Write Good Test Questions

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Joe Pizzuto-Pomaco is an educator, writer, and editor who has taught in public and private schools 15 years.