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Are you looking for ways to help your kids share their knowledge and understanding in meaningful ways? With the wide range of abilities and needs in classrooms today, written assignments and presentations are not always the best ways for kids to shine. I discovered years ago that providing different choices and ways to share through projects was a better way for children to successfully share what they knew. When I was still teaching, I made sure to do one or two projects with my class each year. Most of them were social studies projects, but I included some science ones.  Our Solar System Project was one of my favourite projects. Every time I did this project, the results were incredible. The kids were fascinated with the planets and eager to learn about them.  I would start with finding out what they already knew about the solar system. This was a real eye opener. I would get them to draw, write, or make diagrams on large sheets of paper. It was amazing to see the range of understanding in the group. Some children had a vast knowledge and understanding of the solar system and how it works. Others had very little background knowledge and they were unaware of what the solar system is. This gave me insight as to how much teaching would be necessary in order to gain a good understanding of the subject.  Once I had an idea of what was needed, I gathered materials, divided the class into small groups and assigned them different planets to research. I told them they would be the experts and teach the rest of the class what they had learned. They took this responsibility seriously and did a good job. To find out more about some of the activities and research done by children in grades 2 and 3, check out Our Space Adventures.  Once the class had a basic understanding of the solar system, I introduced the projects and explained how they worked. They had a few choices for how to share their knowledge. They could create models, make postcards, invitations, or brochures, do an interview, or write an essay or a written report. I believe that engaging them in their learning with hands on activities and projects that they chose made a difference.  I feel that the home/school link is so important. With this project, the family had the opportunity to work together and share the learning. They could help with suggestions and materials, but the child was responsible for doing most of the work. The children presented the projects to the class and visitors during a celebration display. They explained their projects and answered questions. They were given a criteria sheet and a marking sheet at the beginning of the project so that they knew what was expected of them. Most of the children far exceeded the expectations, and they were so proud to share their projects with parents and the rest of the school. The parents were amazed at the variety of projects and the information that the students shared.  After studying the solar system and doing their projects, I gave them another large piece of paper and had them share what they knew about the solar system. Many children needed to use both sides of the paper to share their knowledge.   Summer is the ultimate science lab. Whether you’re in the backyard, the kitchen, or out exploring your community, there are endless opportunities to observe, question, and experiment. Best of all? Kids don’t need to feel like they’re “doing school”—these activities feel like play. Here are some easy, low-prep science ideas that help kids stay curious, keep learning, and connect what they see to the world around them.  Nature Walks with a TwistGrab a notebook or a few blank pages, head outside, and turn an ordinary walk into a science observation adventure. Ask kids to:
 Easy Experiments at HomeNo fancy materials needed—just some curiosity and a few kitchen staples. Try these:
If you would like some ready made science experiments that are fun to do, check out this blog post.  Water Play with a PurposeHot days and water go hand-in-hand—so why not sneak in some science?
Insect And Bug Investigations & Garden DiscoveriesTurn over a rock, peek under leaves, or dig a little in the dirt—you’ll always find something living! Some questions to ask:
Plant seeds and watch how they grow. Keep an observation journal of changes. You don’t need all the answers—wondering together is what makes it memorable.  Weather WatchersEven summer skies change quickly. Help kids become weather detectives by:
 Do A Beach StudyTake a trip to the beach and explore.
 Recycling ChallengeLearn about ways to reduce, reuse and recycle for a better environment,
 If you would like a checklist for the activities given here, click the button below.  Kids are natural scientists—they love to explore, question, and figure things out. With a little encouragement, they’ll be learning all summer long without even realizing it.  If you would like to check out other science activities and resources, check out my science catergory in my TPT store. If you missed my blog post on summer math activities for primary kids, you can check it out here. My next blog post with have some Language Arts ideas and activities that might be fun to try during the summer break. Related Posts
Science is all about discovery, and there’s no better way to introduce primary-aged children to physics and chemistry than with hands-on experiments! These activities will not only teach them important scientific concepts but also ignite their curiosity about the forces and reactions that shape our world. From gravity to chemical reactions, the possibilities are endless when it comes to exploring science in fun, engaging ways.  Exploring Forces and Reactions with Fun Physics and Chemistry ExperimentsHere are some simple experiments that demonstrate basic principles of physics and chemistry. Perfect for both classroom teachers and homeschoolers, these activities will help kids learn the scientific method while exploring the exciting world of forces and reactions.  Experiment Highlight: Balloon Rocket – Exploring Forces and MotionAsk A Question: What happens to a balloon when it is blown up but not tied up? Make A Hypothesis: I think .... Materials Needed:
Ask kids to describe what happens when the balloon deflates. What makes the balloon move? Can they observe how the force of air pushing out of the balloon propels it forward? This is a great introduction to the concept of action and reaction—in this case, the force of the air being pushed out of the balloon creates an equal and opposite reaction, pushing the balloon along the string. Conclusion: This simple experiment demonstrates Newton’s Third Law of Motion: For every action, there is an equal and opposite reaction. It’s a fun and visual way to see how forces work and how they affect motion.  Experiment Highlight: The Baking Soda and Vinegar Reaction – Chemistry in ActionAsk A Question: What will happen if we combine baking soda and vinegar? Make A Hypothesis: I think .... Materials Needed:
Ask children to observe and describe the fizzing reaction. What do they think is causing the bubbles? Is there a change in temperature? They can record their observations on an observation chart or in a science journal. Conclusion: This experiment is a fantastic example of a chemical reaction—when an acid (vinegar) reacts with a base (baking soda), it creates carbon dioxide gas, which is responsible for the bubbles. This simple reaction is a great way to talk about how substances can change when combined and how new substances can be formed in the process.  Encourage Exploration: Extensions and Variations
 Experiment Highlight: How Friction Affects MovementAsk A Question: How does the type of surface affect how far a toy car travels? Make A Hypothesis: I think .... Materials Needed:
Ask children to describe what happens when they let the car travel across the different surfaces. Make a table or graph to show the distance results. Conclusion: Discuss which surfaces created the most friction and how this affected the car's motion. This experiment demonstrates how friction can impact the movement of things. Ready to try more fun experiments? Download my Experiment Planning Templates sampler and plan more exciting activities you can try with your students at home or in the classroom!  Fun With Forces And ReactionsExploring forces and chemical reactions with young learners is a fantastic way to spark their interest in science. Whether it’s watching a balloon rocket zoom across the room or observing a bubbling reaction, these experiments give children a chance to see science in action and understand the principles behind everyday phenomena. By incorporating experiments like these into your lessons, you’ll help kids connect abstract concepts to real-world experiences. They’ll begin to understand how the world works through the lens of observation, curiosity, and experimentation.  Thank you for joining me on this journey through the wonderful world of science! I hope these blog posts have provided you with valuable insights and inspiration for engaging young learners with the scientific method, life cycles, and hands-on experiments. Whether you're in the classroom or homeschooling, science can be fun and rewarding for children at any age. Keep exploring, experimenting, and sparking curiosity!
Science is full of amazing wonders, and for young learners, there’s nothing quite as exciting as watching things grow and change right before their eyes! In this post, we’ll dive into biology-focused experiments that allow kids to explore life cycles and the process of growth in plants and animals. These hands-on activities are perfect for both classroom teachers and homeschoolers looking to create meaningful, interactive science lessons. As we explore life and growth, we’ll follow the scientific method and learn how to make predictions, observe changes, and draw conclusions. Let’s get started!  Experiment Highlight: Growing Seeds – The Science of Plant GrowthQuestion: What will happen to the seeds when we put them in a bag with a wet paper towel and place them in the window? Make a Hypothesis: I think ....... Materials Needed:
Kids will watch as the seeds begin to sprout roots and shoots. Encourage them to make daily observations and use a chart to record what they see. They can record changes like the length of the root, color changes, and how fast the plant is growing. They might even want to take pictures to show how things change. Conclusion: After a week or two, have the kids reflect on the growth of the seeds. Did the seeds grow as expected? How did they change? Use this as an opportunity to discuss plant needs, such as sunlight, water, and space. Connect this experiment to the concept of the plant life cycle.  Exploring Life Cycles: The Butterfly Life CycleAsk A Question: How does the egg becomes a butterfly? Make A Hypothesis: I think .... Materials Needed:
Ask kids to think about the different stages of the butterfly’s life. What do they notice about how the caterpillar changes into a butterfly? How does it look different at each stage? Conclusion: This experiment offers a chance to discuss metamorphosis, which is the process of changing from one form to another. You can also connect this to the plant experiment by comparing how living things (plants and animals) grow and change.  Check out this resource if you would like to have posters and information and activities about the life cycle of a buttlerfly. Click on the image to find out more. Encourage Exploration: Extensions and Variations
 Check out this resource if you would like to have a recording journal for your plant observations. Click on the image to find out more. Grab your free copy of this life cycle template. It's great for use with animals and plants.  Making Connections Between Life and GrowthBy exploring the science of life cycles and plant growth, children gain a hands-on understanding of the processes that sustain life. These experiments provide valuable opportunities to practice the scientific method, from making predictions to recording observations and drawing conclusions. The beauty of these activities is that they encourage curiosity and allow kids to explore how living things grow, change, and interact with their environment. Whether you’re teaching in a classroom or homeschooling, these experiments bring biology to life in a fun and accessible way.  Related Posts
Science can be a lot of fun for young learners! When we teach kids the scientific method, we’re helping them build critical thinking skills that will last a lifetime. But what is the scientific method? It’s simply a process scientists use to explore the world around them. In this post series, I’ll break down the steps of the scientific method and show you how you can apply them with simple, engaging experiments that will excite your children. Whether you're teaching in a classroom or homeschooling, these activities will help primary-aged children practice the essential steps of scientific inquiry. Let's dive in!  The Scientific Method: A Quick OverviewThere are basically 6 steps in the scientific method.
 Let's Put It Into ActionWhat better way to understand the scientific method than to put it into action. Let's take a look at an experiment that uses the scientific method as it's framework.  Experiment Highlight: Fizzing Volcano
 Encourage Exploration: Extensions and Variations Once the basic experiment is done, it’s time to explore! Here are some ways you can extend the learning:
Grab a free copy of this poster that helps to explain the steps of the scientific method.  Get Kids Excited About Science!The scientific method is an exciting way to teach kids to think critically and solve problems. By conducting simple experiments like the Fizzing Volcano, children not only learn about science, but they also build observation and reasoning skills. They begin to see the world through the lens of curiosity, asking questions and finding answers in fun and hands-on ways.  Would you like to see more experiments like this? Be sure to check out my future blog posts for more examples of the scientific method in action. Related Posts
Back to school time can be exciting, or stressful and overwhelming. Kids are full of energy and not in routine mode any more. Some will be excited and eager to get back to school, but others may be anxious or unmotivated to be back. Nowadays teachers often do some basic planning to get started the first few weeks, but with all the possible changes to class configurations due to budgets and enrolment, it doesn't always work to do extensive planning too early. Here is a roundup of some resources that can help with first weeks planning for primary grades. They cover several different subject areas.  Back to School First Weeks ActivitiesThese 6 different resources help with getting started and engaging kids while reviewing some basic skills. They are a collection of games, worksheets, task cards and activities.
Back to School Classroom ManagementEffective classroom management is key for creating a positive and successful learning environment. Here are some tools for helping to create a caring and respectful environment in your classroom.
SELBack to school SEL activities are important as well. Here are a few different resources that might help to promote a positive attitude in your classroom. For more specific SEL resources, check out these social stories and activities.
Back to School MathThis set has basic fact sheets for addition and subtraction, place value activities, glyphs, fact family worksheets, and several other review activities to help kids review basic skills and concepts.
Back to School ScienceScience experiments are fun to do and help develop the different components of the scientific method. This kit includes experiments, a scientific method poster, some amazing weather facts posters, a plant life cycle and needs resource, a bean plant journal, a life cycle of an apple resource and animal research templates.
Back to School LiteracyGet literacy activities that focus on word development, parts of speech, vocabulary, idioms, writing using the five senses, and looking for evidence when reading with this kit. These are fun activities and task cards that are sure to engage students as they practice these skills.
The Ultimate Primary Teachers Ready To Go KitIf you would like to have a resource that contains all the above items you should check out the Ultimate Primary Teachers Ready To Go Kit. It has 65+ resources to make your prep easy and can be used to jumpstart your new school year. It can also be a go to kit for unexpected situations when you need to have someone take over your class.
The Ready To Go Sampler KitIf you aren't sure about getting the whole kit or you only want a few items from a variety of subjects, try out this sampler kit. It gives you a few activities for back to school, classroom management, literacy, math, science, self esteem, team building, and brain breaks.
If you are wanting a good start to your year that doesn't have you stressed out or overwhelmed with planning give one or more of these resources a try. The previews also have some sample pages to use. Check them out in my TPT store. I wish you a happy and successful school year. Happy teaching.  Related Post Are you thinking about teaching a solar system unit to your students? Capture the attention and wonder of these young children with a hands on approach that allows them to actually see how different aspects work and why they are so phenomenal. Here are some activities and experiments that will help your students better understand the workings of our amazing solar system.  Solar System Activities And ProjectsCreating models, doing research on the planets, making mobiles, making puzzles or games or other activities will all make the solar system more understandable for your students and they will have fun learning as well. Here are a few specific activities that can be done. Solar System ModelsEncourage students to create a three-dimensional model of the solar system using everyday materials such as clay, papier-mâché, or recycled materials. As they design and construct their models, they'll gain a deeper understanding of the relative sizes, distances, and orbits of the planets. They can paint each planet according to its distinctive colors and sizes and then arrange them in order around a central "sun" display. Get students to create space-themed mobiles featuring the planets and other celestial bodies. They can use colored paper, string, and craft materials to construct their mobiles, incorporating facts about each planet into their designs.  Planets Facts ActivitiesAssign each student or group of students a planet to research and create a fact sheet. They can include information such as the planet's size, distance from the Sun, number of moons, and any interesting facts they discover. Encourage them to use both text and illustrations to present their findings. Have students research individual planets and create informative posters or digital presentations highlighting key facts, such as size, composition, atmosphere, and unique features. They can use their creativity to design eye-catching visuals and share interesting tidbits about their assigned planets. Create puzzles or matching games featuring images of the planets and their names. This activity reinforces students' recognition of the planets and helps them learn their order from the Sun.  Planet OrbitsSet up a large-scale model of the solar system on the floor or outdoors using hoops, tape, or markers to represent the orbits of the planets. Have students take on the roles of different planets and walk or run along their orbits to understand the concept of planetary motion. Phases Of The MoonUse Oreo cookies to demonstrate the phases of the Moon. Have students carefully scrape away the cream filling to represent each phase, from new moon to full moon, and then arrange the cookies in the correct order.  Another Moon ActivityInvite students to explore the surface of the Moon by designing and building their own lunar landscapes. Using a variety of materials such as sand, rocks, and modeling clay, they can recreate the craters, mountains, and valleys found on Earth's natural satellite. Space Themed Story Writing And IllustratingEncourage students to let their imaginations take flight by writing and illustrating their own space-themed stories or comics. They can invent characters, plot exciting adventures, and explore the wonders of the solar system in a creative and imaginative way.  Solar System ExperimentsThese experiments are fairly easy to do as a class and they provide hands-on opportunities for students to explore fundamental concepts related to the solar system while fostering curiosity, critical thinking, and scientific inquiry. Relative Sizes And Distance Of The Planets From The SunThe sizes of the planets will range from a peppercorn to a large balloon and the distances will be so great that you may need to take the experiment outside to relatively see just how far away some planets are from the sun. Note: These suggestions are not totally to scale, but are just to see the differences comparatively in size and distance. This experiment will help students visualize the scale and arrangement of the solar system. Here are some size tips to help. (Note: Pluto was included just for interest as it used to be considered a planet). Sun - large beach ball Mercury - pea Venus - ping pong ball Earth - tennis ball Mars - golf ball Jupiter - soccer ball Saturn - large balloon Uranus - medium size balloon Neptune - medium size balloon (Pluto) - peppercorn Here are some approximate measurements for distance based on 50 yards between the sun and Neptune. (Note: using 50 meters will not significantly change the distances as a meter and a yard are only a few inches different in length). Mercury - 0.65 yards Venus - 1.3 yards Earth - 1.66 yards Mars - 2.52 yards Jupiter - 8.66 yards Saturn - 15.92 yards Uranus - 31.87 yards Neptune - 50 yards (Pluto) - 65.57 yards Orbital Motion ExperimentUse a spinning chair, like a computer chair, to demonstrate orbital motion. Have students sit on the chair while holding a ball (representing a planet) and spin slowly. As they rotate, explain how the combination of forward motion and gravity keeps planets in orbit around the Sun. Gravity ExperimentExplore the concept of gravity by dropping objects of different sizes and weights from the same height. Discuss how gravity affects the motion of objects in space and why planets orbit the Sun in elliptical paths rather than flying off into space. Here is an experiment that shows how gravity works.  Moon Related ExperimentsUse a flashlight and a ball (representing the Moon) to demonstrate the different phases of the Moon. Have students observe how the position of the light source (Sun) relative to the ball creates shadows, mimicking the waxing and waning phases of the Moon. Create impact craters similar to those found on the Moon's surface. Fill a shallow tray with flour or sand, then drop small objects (marbles, rocks, or balls of varying sizes) onto the surface from different heights. Observe and discuss the shapes and sizes of the craters formed. Use a flashlight and objects of different shapes to explore how shadows are formed. Move the objects closer to or farther from the light source and observe how the size and shape of the shadows change. Discuss how sunlight creates shadows on planets and moons. Exploring Planet Atmospheres ExperimentCreate mini "planets" using balloons filled with different gases (helium, carbon dioxide, air). Observe how the balloons behave in various conditions (e.g., heated or cooled) to understand the role of atmospheres in planetary dynamics. Student ProjectsStudent projects are a great way to involve the family as well as classmates when learning about the solar system. Check out this blog post for some ways that my students have created projects in the past.  By combining teaching about the solar system with a variety of student-led projects, we'll not only deepen our students' understanding of the universe but also encourage creativity, critical thinking, and collaboration. Embarking on this cosmic journey with your students can inspire the next generation of astronomers, engineers, and explorers! Related Posts
Picture the excitement on your students' faces when they learn that they are going to study the solar system. Watch the awe in their eyes as they learn about the colossal power of the Sun, the magnitude of the galaxy, the rocky planets and the gas giants, and all the other cosmic bodies in the solar system. Teaching about the solar system provides students with the opportunity to satisfy some of their curiosity and learn more about the awesome galaxy they are a part of. As they journey through the solar system, they'll use their imaginations, ask lots of questions, and maybe even build models. They'll learn about the planets' names, sizes, and distances from the Sun. They'll explore why some planets are hot and others are cold, and they'll discover what makes Earth so special and unique.  Depending on the age of the children, the study will be different in scope and depth. For young kids, it's important to introduce the solar system in a way that is engaging, understandable, and sparks their curiosity about space. Here are some suggestions for teaching primary children about the solar system. These are broad topics and can be approached in many different ways. Using hands on activities and visuals will help make things more understandable and engaging. What is the solar system?Basic information: The Solar System is a vast galaxy made up of the Sun, eight planets, numerous moons, asteroids, comets, and other celestial objects. Each of these entities possesses unique characteristics and features that offer valuable insights into the workings of the universe. Teaching tip: Introduce the solar system with engaging lessons that include interactive activities and multimedia resources to spark curiosity and lay the groundwork for deeper exploration.  The sunBasic information: The sun is a giant ball of fire, keeping us warm and giving us light. It's a star too, but it's a lot closer to us than all the other stars we see twinkling in the night sky. Teaching tip: Teach children that the Sun is a star, and it's the center of our solar system. Explain that the Sun provides light and heat to all the planets. It provides energy, has solar flares and sunspots and helps sustain life on Earth. All the planets revolve around the sun. Use visuals that show the sunspots and flares, and how the orbits of the planets are ordered.  The planetsBasic information: There are eight planets in our solar system. Each one is unique and special. There are two different groups of planets: the rocky planets and the gas planets. The rocky planets are Mercury, Venus, Earth and Mars. These planets are like big balls of rock. They are the inner planets in the solar system and the closest to the sun. The gas planets are often referred to as gas giants because they are so big. They contain various gases in their atmospheres. They are Jupiter, Saturn, Uranus, and Neptune Some of them have colorful rings around them. They are also the outer planets and further away from the sun. Teaching tip: Introduce the eight planets orbiting the Sun, categorizing them into rocky (inner) and gas giants (outer) planets. Explore each planet's unique characteristics, including size, composition, atmosphere, and surface features. Teach students to recognize the planets by their names and order from the Sun. Help them understand the relative sizes of the planets and their distances from the Sun. Use simple comparisons, such as "Earth is bigger than Mars but smaller than Jupiter" and "Mercury is the closest planet to the Sun."  Orbits and moonsBasic information: Orbits are paths that the planets take when revolving around the sun. The gravitational pull of the sun keeps the planets orbiting the Sun in elliptical paths rather than flying off into space. Moons are natural satellites orbiting some planets. They have diverse sizes, shapes, and orbits, Teaching tip: Explain that planets orbit, or revolve around, the Sun in paths called orbits. Teach children that the time it takes for a planet to complete one orbit is called a year. Introduce the concept of moons as natural satellites that orbit planets. Point out that some planets have many moons, like Jupiter, while others have none, like Venus. Look at models of the solar system and the orbits that the various planets take.  How does day and night work?Basic information: It takes 24 hours for Earth to rotate completely. As it rotates, different areas are facing the sun. These areas have light and the other areas have darkness. We call the light "day" and the darkness "night". Teaching tip: Discuss the concept of day and night on Earth and how it's caused by the rotation, or spinning, of the Earth on its axis. Help children understand that it takes about 24 hours for the Earth to make one complete rotation. Using a flashlight and a globe can provide a good visual of how day and night happen.  Why do we have seasons on Earth?Basic information: As Earth revolves around the sun, it has different seasons because of the tilt of its axis. When the tilt causes areas of Earth to be facing the sun for longer periods of time it is summer and when it causes the area to be facing away from the sun for longer periods of time, it is winter. Spring and fall happen as the different areas change position from facing to the sun to facing away from the sun and vice versa. Teaching tip: Teach children about the changing seasons on Earth and how they're caused by the tilt of Earth's axis as it orbits the Sun. Use simple visuals, such as diagrams, illustrations, or videos to demonstrate this concept.  Next time I will give some specific activities to further develop the topics above. These will help engage the children with hands on activities to provide better understanding of the concepts. In the meantime, here is a resource that may help with some basic information about the planets and also provide some fun activities to try.  The benefits of studying the solar system extend far beyond the confines of our classrooms. As teachers, we can cultivate essential skills such as critical thinking, problem-solving, and scientific inquiry. We can also foster a deep appreciation for the natural world and inspire future generations of scientists, engineers, and space explorers.  Related Posts
Spring is fast approaching and that means flowers poking up out of the earth, trees blossoming, grass getting green and lush again and kids wanting to get outside to play. This is the perfect time to start thinking about new science units that focus on life cycles, planting things, and watching baby animals as they start their lives and grow.  Planting seeds is a great way to help kids understand how we get a variety of fruits, vegetables, and flowers. This is the perfect season to start seedlings in the classroom as well. This has always been a great activity for my students. There are many different ways to plant the seeds and watch them grow. Check out this post to see some examples.  Taking the seedlings and planting them outside in the late spring is an event worth celebrating. If you have garden plots at the school, it is a fun way to keep monitoring and tending to them as they grow. Kids get so excited when the first fruits appear. I still have kids reminding me of the beans and tomatoes they grew when they were in my class.  Beans, radishes, lettuce, and other plants tend to grow fairly quickly. Other plants take longer and will require more patience as kids wait to harvest them. This is a great time to talk about how not everything progresses at the same rate. If you are looking at planting other types of fruit or vegetables, check out my plant life cycles bundle. It includes apples, carrots, pumpkins, potatoes, and beans.  Watching baby chicks hatch, releasing salmon fry, observing the metamorphosis of butterflies from caterpillar to butterfly, or the transformation of a tadpole to a frog are awe inspiring sights for kids and they get so excited during these events.  Choosing an animal to observe from it's start through to adulthood is a great hands on unit that helps kids understand how life cycles work. Check out my animal life cycles bundle for resources that may help if you are interested in studying about chickens, frogs, salmon, honey bees, or butterflies.  Check out this life cycle template freebie that helps with identifying the different stages of growth for plants or animals. Deciding on what plant life cycles or animal life cycles you will study will depend on the interests of your students and the availability of resources and time. Whatever life cycles you choose to investigate, enjoy the moments and the excitement and wonder as your students learn.  Related Posts
Winter provides a magical and snowy backdrop for engaging and educational activities in the classroom. As primary teachers, incorporating measurement into winter-themed lessons can make learning more fun and engaging for young students. Check out 7 creative measurement activities that will not only capture the imagination of your students but also blend math and science ideas.  Snowman Size ChallengeKids love building snowmen, so why not bring the fun into the classroom. Have your students build the snowmen just outside the classroom so they can see them throughout the day. If you add in some math and science, it will make the activity even more fun. Task: Get your students to measure the circumference of the different parts of their snowmen and then compare the results with their classmates. Math focus: measuring the size of different parts of a snowman helps with understanding shapes and sizes. Science focus: Observing the structure of the snowman introduces basic geometric principles. Fun thought: The snowman's middle could be as wide as a bear hug!  Snow Depth InvestigationsWhen the snow falls, it doesn't fall evenly. it can be varying depths due to wind, landscape and nearby structures or trees. Task: Take advantage of this winter landscape by measuring the depth of snow in various locations. Students can use rulers to measure snow depth on the driveway, grass, under trees, and in snowdrifts. This activity not only teaches measurement skills but also encourages observation and data collection. Math focus: Using rulers to check how deep the snow is in different places, helps teach about numbers and spatial concepts. Science focus: Comparing snow depth in different locations encourages the understanding of weather patterns and how snow accumulates. Fun fact: The snow on the grass is like a fluffy pillow, while the snowdrifts resemble magical mountains.  Winter Temperature StudyBraving the cold to measure temperatures on snow days is exciting for kids. As the wind howls and the snowflakes dance, students can collect temperatures and then use the data to make comparisons. Task: Explore the winter weather and record temperatures on snow days and compare them with non-snow days. Include the windchill factor. Math focus: Recording and comparing temperatures involves analyzing and interpreting data. Science focus: Understand the impact of windchill and how it makes the temperature feel colder.  Winter Themed BakingCombine the joy of winter with the excitement of baking by creating winter-themed treats. Task: Practice following recipes and using precise measurements to make some delicious snacks. Math focus: Precise measurements in baking emphasize the importance of accurate calculations. Science focus: The baking process shows the transformation of ingredients, introducing basic chemistry concepts.  Weight Of Different Snow TypesKids are excited to learn that different types of snow have different weights and why this is so. Task: Compare the weight of flaky, packed, and wet snow. Math focus: Weighing different types of snow involves understanding units of measurement and comparing weights. Science focus: Exploring the weight of snow types connects to the physical properties of water in different states. Fun fact: Packed snow feels like a heavy snowball, while flaky snow is as light as a snowflake gently falling from the sky and weighs very little.  Snow Angel Wing Span MeasurementTake your students outdoors for some winter fun by making snow angels. After creating their snowy masterpieces, have them measure the wing spans of their snow angels. This activity combines creativity with measurement, making it a memorable and enjoyable experience for students. Task: Make snow angels and measure the wing spans. Math focus: Measuring wing spans involves comparing lengths and learning about spatial relationships Science focus: Creating snow angels introduces the physics of body imprints and the impact of pressure on snow.  Melting Snow Volume ExperimentThe grand finale of our winter measurement activities is a melting snow experiment. Task: Explore the concept of volume by measuring the amount of snow in a bucket before and after it melts. Math focus: Measuring volume requires understanding of units and how they relate to three-dimensional space. Science focus: This experiment allows students to witness the transformation of a solid (snow) into a liquid (water) while practicing measurement and observation skills.  Winter provides a unique opportunity to make measurement activities in the classroom exciting and relevant for primary students. By delving into these winter measurement activities, students not only strengthen their math skills but also develop a deeper appreciation for the science that surrounds them in the winter wonderland. The joy of discovery is not just in the snowflakes but in the math and science concepts that come to life during these hands-on adventures.  Winter measurement activities aren't just about numbers and rulers; they're about creating lasting memories and instilling a love for learning. As primary teachers, let's embrace the enchantment of the season and turn our classrooms into snowy laboratories where every measurement tells a tale of winter wonder. The joy in their eyes and the laughter in the air will be the true measures of success in your winter measurement adventures. Related Posts |
About Me Charlene Sequeira
I am a wife, mother of 4, grandmother of 9, and a retired primary and music teacher. I love working with kids and continue to volunteer at school and teach ukulele. 
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