Tagged with 'STEM'

PART 1

Plant the seeds of learning with a few of our favorite at-home activities designed to provide hands-on experience with scientific tools and processes! Start with this fun seed germination activity – and don’t worry, if you’re saying ‘seed what?’ we’ve got you covered!Photo credit: https://www.lovethegarden.com/What is germination?  It's the process by which an organism grows from a seed or similar structure. The most common example of germination is the sprouting of a seedling from a seed.

Root It Out!

Inside every seed is a plant just waiting to come out! Seeds can be big or small and come in all shapes and sizes, but the process of germination, or a seed developing out of dormancy, is the same. And you can do it at home!1. Wet a paper towel with water and place four or five seeds (pea or bean seeds are great!) on top.2. Wrap the towel around the seeds, place it in a sealable plastic bag, close the bag, and put it in a warm place, like on the windowsill.3. Wait a few days, then open the bag, unwrap the towel, and check your seeds. Have they germinated? You’ll know if you see the start of small roots coming out of one end of the seed. This means they’re ready to be planted!4. Dig a small hole in the dirt of your garden, drop them in, and pack the dirt around them, and be sure to water them dailyORPlace the germinated seeds in the basket of the Nancy B’s Science Club® Way to Grow Hydroponics Kit, place the baskets in the water-filled flasks, and watch through the water as your plants grow.[caption id="attachment_6211" align="alignnone" width="843"] Nancy B's Science Club® Way to Grow Hydroponics[/caption]If you enjoyed the germination process, you’re going to love our photosynthesis activity – here is a free printable with step-by-step instructions![caption id="attachment_6218" align="alignnone" width="680"] Click to Download[/caption]And if your family can’t get enough of science, they’re going to love Nancy B’s Science Club! This line of scientific tools and real-life journaling activities provides hands-on science experiences that get kids comfortable and excited about science, giving them the confidence to pursue science further in school and in life. Science enthusiasts can choose from binoculars, microscope, telescope, aquascope, compost kit, and more, each including a meaty journal full of activities ranging from discovery and observation to creative writing and drawing.https://www.youtube.com/watch?v=YaYPxTcKbPQ&t=17s 

https://youtu.be/fSKdbspDO7UHome's Cool! While we're all working from home, the parents, former teachers, and play experts at EI are sharing some of their favorite educational activities to help keep your family learning and growing. Check out this idea from Michael Sheridan, one of our Product Managers!Ages: 5-8Grades: K-3Supplies:• Plastic bottle• Balloon (or rubber glove)• Baking soda• VinegarProcedure:1. Use a funnel to shake 2 tablespoons of baking soda into an uninflated balloon.2. Fill a plastic bottle with ½ cup of white vinegar.3. Remove the funnel and carefully place the open end of the balloon over the mouth of the bottle, without letting the baking soda pour into the bottle.4. When you’re ready, lift the balloon so the baking soda pours into the bottle.5. Watch the balloon fill up with the gas from the baking soda and vinegar reaction! EI Product Manager Michael Sheridan is a jack of all trades! An avid surfer and former international soccer competitor, this outdoor and sporting enthusiast also has a degree in Astrophysics from UCLA and eight years of product development experience in a variety of industries. Prior to helping build EI's science products and brain game lines, Michael developed everything from folding chairs to electric scooters and skateboards!

https://www.youtube.com/watch?v=ZFxThjSZjmU&feature=emb_logo Home's Cool! While we're all working from home, the parents, former teachers, and play experts at EI are sharing some of their favorite educational activities to help keep your family learning and growing. Check out this idea from Michael Sheridan, one of our Product Managers!Ages: 4-12Grades: pre-K-6Supplies:• Cardboard box• 2 Similar-sized objects• Camera or phone with slow-motion video capabilitiesProcedure:1. Stand a cardboard box on end, with the open flaps facing you.2. Set up your slow-motion camera to record the objects falling.3. Using one hand to support the flap, place both objects on one flap of the cardboard box and make sure they are not moving.4. Start recording on the slow-motion camera.5. Drop the flap on the cardboard box.6. Watch the video of the objects falling. Are they falling at the same speed? Or is one object falling faster than the other? Try dropping other objects! Do you notice any relationship between the shape and how the object falls? How about the size? Or weight?Explanation:The force of gravity is all around us. We experience it every day on Earth, whether or not we think about it. Sir Isaac Newton was the first to develop a mathematical explanation for gravity, which includes the importance of mass and distance. If an object has a lot of mass (is very heavy) then it will impose a larger gravitational force than other, smaller objects experience.When we drop two objects like the ping pong ball and tangerine in the video, they fall to the ground because the force of gravity is pulling them toward the center of the Earth. This gravitational force applies to everything on Earth, from an apple growing on a tree to a car parked on the street, and even planes in the sky.Now it’s time to experiment with dropping different objects! Be sure you aren’t dropping anything that might break. As mentioned in the video, this experiment is ignoring the effects of air resistance. Since we are in our homes and not a science lab, we can see how gravity affects all objects, but we can also see how the shape of an object changes the air resistance it feels as it falls to the ground.For this experiment, we are focusing on Newton’s Second Law, or F = ma.This law says the force an object feels (in this case, the force of gravity from Earth) equals the mass of that object (how heavy it is) multiplied by the acceleration it experiences. Everything on Earth feels the same acceleration toward the center of the Earth.So, what happens if we drop a ping pong ball and a baseball? A baseball weighs about 145 grams but a ping pong ball weighs about 3 grams. The acceleration is the same since both objects are on Earth, so the force the baseball feels is about 50 times as large as the force the ping pong ball feels (because it weighs almost 50 times as much).Why does it look like they reach the ground at the same time? The reason is inertia. Inertia is resistance to acceleration and depends on how much something weighs. If something weighs more, it won’t accelerate as fast. That’s why the ping pong ball starts to fall faster than the baseball.If we repeat this experiment with different-shaped objects, we can see the effects of air resistance. Try this out a piece of paper and a ball. The ball is round so the air can move around it easily, but the paper is a large rectangle, making it difficult for the air to go around it. The air resistance slows down the acceleration of the paper toward the ground, which is why it moves back and forth and reaches the ground after the ball.EI Product Manager Michael Sheridan is a jack of all trades! An avid surfer and former international soccer competitor, this outdoor and sporting enthusiast also has a degree in Astrophysics from UCLA and eight years of product development experience in a variety of industries. Prior to helping build EI's science products and brain game lines, Michael developed everything from folding chairs to electric scooters and skateboards!

https://www.youtube.com/watch?v=eALfa21BWCI&feature=emb_logo Home's Cool! While we're all working from home, the parents, former teachers, and play experts at EI are sharing some of their favorite educational activities to help keep your family learning and growing. Check out this idea from Michael Sheridan, one of our EI Product Managers!Ages: 5-12Grade: K-6Supplies:

• Baking Soda
• Liquid Dish Soap
• Water
• Vinegar
• Food Coloring (optional)

Procedure:

1. In a bowl, mix 1 cup of baking soda, 1 tablespoon of liquid dish soap, and 1 teaspoon of water. Use your hands to mix it all together and shape into a ball. If you are adding food coloring, do that now.
2. If the ball wants to crumble, add a little more water. If it’s too fluid, add a little more baking soda.
3. Place the baking soda ball in the center of a large bowl.
4. Slowly pour about ¾ cup of vinegar over the top of the ball. Watch it erupt!

Explanation:This is a chemical reaction between the baking soda and vinegar. In this case, the baking soda (a base) and vinegar (an acid) react to form a gas called carbon dioxide. The carbon dioxide created by this reaction escapes in the form of bubbles, causing the eruption you see.EI Product Manager Michael Sheridan is a jack of all trades! An avid surfer and former international soccer competitor, this outdoor and sporting enthusiast also has a degree in Astrophysics from UCLA and eight years of product development experience in a variety of industries. Prior to helping build EI's science products and brain game lines, Michael developed everything from folding chairs to electric scooters and skateboards!  

https://www.youtube.com/watch?v=2OGAvKbCZek&feature=emb_logo Home's Cool! While we're all working from home, the parents, former teachers, and play experts at EI are sharing some of their favorite educational activities to help keep your family learning and growing. Check out this idea from Michael Sheridan, one of our Product Managers!Ages: 5+Grades: K+Supplies:• 1-gallon container (clear is nice so you can see the food breaking down)• soil• food scraps• worms (optional)In the United States, it is estimated that 30-40% of food is wasted. That’s more than 100 billion pounds of wasted food! Composting is a great way to make full use of that food material that would normally be thrown away, reducing waste and enabling a household to create their own, nutrient-rich dirt for gardens and planters.Procedure:1. Find a clear bin to store your starter dirt and fill it about ¾ full. We recommend using a container with a lid to help regulate the temperature and humidity, but it’s not absolutely necessary.2. Add kitchen scraps as you have them.3. Stir your compost every day or two to help distribute the material.Thing to compost:• eggshells• banana and orange peels• apple cores• food trimmings• coffee grounds• teabags• corn cobsOther tips:• Do NOT put meat or dairy products into your compost bin unless you want to attract flies and other pests• If you are adding materials with a lot of moisture (watermelon or squash, for example), add a few dry leaves or bits of finely shredded paper to absorb some of the liquid• Smaller items break down faster, so chop your food waste into small bits if possible• If you would like, you can add earthworms to your compost bin to help break down the food particles you add• You can make it easy on yourself by using the Educational Insights Now You See it, Now You Don’t See-Through Container.[caption id="attachment_6422" align="alignnone" width="1000"] Now You See It, Now You Don't™ See-Through Compost Container[/caption]Resources:Composting overview: https://www.thespruce.com/tips-for-indoor-composting-2539618Indoor composting overview: https://www.bobvila.com/articles/indoor-composting/ EI Product Manager Michael Sheridan is a jack of all trades! An avid surfer and former international soccer competitor, this outdoor and sporting enthusiast also has a degree in Astrophysics from UCLA and eight years of product development experience in a variety of industries. Prior to helping build EI's science products and brain game lines, Michael developed everything from folding chairs to electric scooters and skateboards!

If you’ve got a little one in school, you’ve likely heard the terms STEM and STEAM enough to wonder what they mean. Simply put, STEM is an academic focus on science, technology, engineering, and math. STEAM adds the all-important artistic aspect – hence, the “A”. For the last 20 years or so, the U.S. has committed to incorporating STEM learning into our kids’ school curriculum, and for good reason![caption id="attachment_5304" align="alignnone" width="724"] Photo credit: https://www.theedadvocate.org/[/caption]According to the experts at The Edvocate, STEM learning fosters ingenuity and creativity, builds resilience, encourages experimentation and teamwork, promotes knowledge application and the use of technology, teaches problem solving, and encourages kids to adapt what they’ve learned to fit specific problems. All good, right? Even better – it’s never too early to incorporate STEM learning into your at-home play time! Below are some of our favorite, super fun, STEM activities from around the web:

Science

Make your own bubbles! If you’ve got dish soap, corn syrup, and a straw, you’re ready to mix up your own batch of homemade bubbles. Visit our friends at homesciencetools.com for instructions and a simple scientific explanation.Soak up an oil spill! Bring the bummer of pollution home with this DIY oil spill clean up project from LittleBinsForLittleHands (don’t miss their FREE ocean-themed STEM activity cards!). Fill a pan with water, add some oil, then brainstorm ways to get it out. Try a spoon, paper towels, cotton balls, and finally, Dawn dish soap to demonstrate how difficult it is to recapture spilled oil in the ocean.[caption id="attachment_5308" align="alignnone" width="608"] Photo credit: https://littlebinsforlittlehands.com[/caption]Get outside and explore! There’s no better teacher than mother nature, so get up and head outdoors! Observe the natural flora and fauna in your area, talk about the seasons, compare and contrast different plants, seeds, twigs, and rocks. Make exploring even more fun with kid-friendly scientific tools like microscopes, telescopes, adventure pens, and binoculars from GeoSafari®![caption id="attachment_5309" align="alignnone" width="530"] GeoSafari® Jr. Kidnoculars®[/caption]

Technology

Speak in code! From verbally programming your walk through the house to talking through tasks, step-by-step, there are lots of low-tech ways to introduce coding to your kids. Visit our blog on coding for some fun and easy at-home ideas!Get cute! 100% screen free and super cute, Coding Critters allow kids to code adorable animal friends following the directions in their new pet’s storybook adventures. Kids simply press buttons on the Critters’ backs to move them left, right, forward, or back, navigating the obstacles in the included pet playsets and introducing this key STEM concept.[caption id="attachment_5310" align="alignnone" width="688"] Photo Credit: learningresources.com[/caption]Draw it out! Kids who love art will go coding crazy for ARTIE 3000™ The Coding Robot! This self-contained unit teaches kids to write computer code line by line and then draws whatever they’ve coded! From shapes and letters to mandalas and custom designs, kids use an easy computer interface (no WIFI required!) with step-by-step instructions to tell ARTIE which way to turn, how many steps to take, and when to lift his pen or put it down. Then they simply click “run” to see their ARTIE execute their coded script on paper.https://www.youtube.com/watch?v=3FyS_4ZTyK4&t=24s

Engineering

Ramp it up! Simple machines are the perfect way to slip some engineering into your child’s day and it doesn’t get much simpler than a ramp! Use a cut up the box from your last Amazon delivery, use a cereal box, or a wooden building plank, grab a small ball or toy car, and experiment with different constructions and angles. Find some fun ideas at BuggyandBuddy.com.[caption id="attachment_5311" align="alignnone" width="703"] Photo Credit: https://buggyandbuddy.com[/caption]Build, build, build! Wooden blocks, building bricks, and Lincoln Logs are the perfect first engineering experiences. Stack them as high as they’ll go, construct bridges, or – trickier – tunnels. As they play, kids will gain a sense of spatial reasoning, learn about structural integrity (crash!), explore the principles of design, and so much more.[caption id="attachment_5312" align="alignnone" width="909"] Photo Credit: manzanitakids[/caption]Make a marshmallow man! Encourage your kids to create all kinds of structures using marshmallows and toothpicks. Try making a cube, a curved dome, a two-sided ladder, or, some of these other ideas from our friends at BrainBrigade.org.

Math

Count it out! Even little ones can get in on the STEM fun and learning – with counting! Count Cheerios, crackers, steps to the car, anything and everything you can count, count!Match it up! Correlating a digital number with an actual amount is a key early math skill. One simple activity from BusyToddler.com has kids matching numerals 1-9 on sticky notes to sets of the same number of dots on a white board.[caption id="attachment_5315" align="alignnone" width="632"] Photo credit: https://busytoddler.com[/caption]Make an abacus! Well, sort of. Start with a bowl of multi-colored beads. Help your child find one bead of one color, two beads of another color, etc. Then assist your kiddo in sliding the beads onto a pipe cleaner, bending the ends so the beads don’t slide off. Then practice counting the number of beads on each pipe cleaner. This two-in-one activity from TheImagnationTree.com is also a great way to build fine motor skills ????.Click to learn more about the importance of STEM and for even more at-home ideas for incorporating STEM learning in your everyday play!

If you’ve got school-aged children or follow educational news, you’ve probably heard about STEM. But what IS STEM, exactly? And why is it suddenly so important? Read on for answers to some of your most pressing STEM questions and ideas for simple STEM activities you can do at home with your kids this STEM-tember.What IS STEM?STEM is an American educational curriculum implemented in 2009 by President Obama, emphasizing Science, Technology, Math, and Engineering in public schools. Rather than teaching these subjects individually, STEM is a blended approach that integrates the subjects into single lessons in an attempt to teach real-world, scientific, problem solving and strategic thinking skills.Why is STEM important?America grew to be a global super power based, in part, on our superior science and engineering skills. The role STEM careers will play in our country’s continued success is growing exponentially. However, the number of students interested in and qualified to pursue these fields has diminished drastically over the years. By the year 2018, the U.S. will need 8.65 million workers trained in STEM fields*, but currently, according to the U.S. Department of Education, only 16% of American high school seniors are proficient in mathematics and interested in a STEM career. As a result, there is a push to increase the number of teachers trained in STEM instruction and to encourage students’ interest in pursuing STEM careers, in hopes of enabling America to continue to compete in the future global marketplace. This effort is so important to the U.S. government that the President’s 2015 Fiscal Year Budget Proposal included $170 million in new funding just to support the STEM initiative.What can I do to reinforce STEM learning at home?There are tons of fun ways you can support STEM learning at home, with FUN being the key word. Introducing the STEM subjects in playful, real-world ways increases the chance that your kids will want to continue to study them through school and beyond. Think scavenger hunt—not flash cards! Below are 10 ideas to get you started:

1. Block play—Building with blocks is a great way to introduce key STEM principles. How many bricks will you use? Why did the tower topple? How can you build a bridge? An arch?

2. Baking—Whipping up a sweet treat isn’t just together-time fun—it’s also an easy way to slip in a yummy lesson on measurement. How much is a tablespoon? A cup? What units do we use to measure liquids? Solids?

3. Kitchen chemistry—Kids love to measure, pour, mix, and add some more. Explore the basic principles of chemistry with a kit designed just for little ones, like the GeoSafari® Jr. Jungle Crew Lab Set including 10 hands-on activity cards.

4. Active math—Make math fun with movement! Take turns counting your steps or hula hoop spins and timing your races. Subtract to see who wins and by how much.

5. Nature collections—Take a walk and collect natural fall objects, like leaves, grass, nuts, and seeds. Discuss where they came from, why they look the way they do, and what purpose they serve. Google any unanswered questions when you get home.

6. Board games—Card games are a great way to hone strategic thinking skills. Koala Capers is a fun strategy game for younger kids; Crowded Waters develops problem solving skills and teaches older kids to think a few steps ahead.

 

7. Coding games—Introduce the basic concepts of coding with fun on-line games designed just for kids. Websites like Code.org feature games with familiar characters like Anna and Elsa and tutorials starring Bill Gates, Mark Zuckerberg, Angry Birds, and Plants vs. Zombies to lure in older kids.

8. Upcycled art—Engineering meets art! Provide a pile of recycled materials and let your kids go crazy building upcycled structures. Be sure to include a variety of materials, from egg cartons and empty milk containers to paper scraps.

9. Stargazing—An evening of stargazing is a wonderful way to introduce astronomy. Start simple, by locating the moon through an easy-to-use telescope like Nancy B’s Moonscope, then move on to constellations and planets. Click for 7 Simple Tips for a Night of Stellar Stargazing.

10. Marble Runs—Put your kids’ math, engineering, and scientific know-how to the test by building your own marble run! Follow our step-by-step instructions to learn how.