These colorful wands have the power to attract children to the fascinating world of magnetism. This simple STEM tool encourages hands-on exploration of magnetic fields, forces of attraction and repulsion, and real-world uses of magnets. Perfect for tactile and visual learners!
Kids discover the magic of magnetism with every wave of the Primary Science Magnetic Wands from Learning Resources!
Sized just right for little hands, this set of magnetic wands is ready to give kids a hands-on introduction to magnets, early physics, and more! | Each set includes 6 wands in 6 bright colors, so kids can pick their favorite when it's time to learn! | With their durable design, these wands are ready for years of activities in the classroom, sensory bin, playroom, and more! |
From force and motion to trajectory, magnetism, and more, this toy builds an early understanding of the physics forces all around us! | From measurement and comparison to cause and effect, this toy teaches kids valuable ways to observe, record, and analyze the world around them! | When they play with this fun hands-on toy, kids develop the fine motor skills needed to write, dress themselves, and more! |
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Customer reviews.
Customer Reviews, including Product Star Ratings help customers to learn more about the product and decide whether it is the right product for them.
To calculate the overall star rating and percentage breakdown by star, we don’t use a simple average. Instead, our system considers things like how recent a review is and if the reviewer bought the item on Amazon. It also analyzed reviews to verify trustworthiness.
Customers like the quality, magnets, and playability of the science fundamentals kit. For example, they mention it's well-made, strong, and fun. Some appreciate the educational value, saying it'll be a good teaching tool for little ones. That said, some like the color.
AI-generated from the text of customer reviews
Customers like the quality of the science fundamentals kit. They say it's well-made, strong, and has stood up to being dropped. Some customers also mention that the handles have stood up. Overall, customers are happy with the quality and recommend it as a great stocking stuffer.
"...They are highly durable , they have been dropped and banged, but nothing happened to the magnets." Read more
"...They are fairly strong, but not so strong that fingers get pinched . While poles are not marked, attraction and repelling can still be explored." Read more
"... Fantastic buy ; I will plan to purchase additional magnet wands from the same seller as our need dictates." Read more
"...These are sturdy (if they can survive him, they can survive anyone...lol)...." Read more
Customers like the magnets. They say they're durable, fun, and excellent. They like that they've been dropped and banged, but nothing happened to them. They also say they are good for beginning study of magnetism, strong enough to move magnetic balls through a classroom table. Customers also say the magnet wands were delivered quickly and are fun to use with the magnetic chips.
"...highly durable, they have been dropped and banged, but nothing happened to the magnets ." Read more
"These magnets are great for school . They are fairly strong, but not so strong that fingers get pinched...." Read more
"...Not a bad thing, but just be aware that the magnets are quite powerful . I bought them to use with sensory bins to “catch” magnetic letters...." Read more
"...These guys are durable, fun, and excellent magnets ." Read more
Customers find the science fundamentals kit fun, engaging, and popular with kids. They also say it's a fun tool to learn and play, and good for learning through play.
"...Multiple colors. Great entertainment and learning . Worth the price" Read more
"...I also bought a set of little magnetic blocks - a great way to learn and play !" Read more
"...These magnets are very strong and are good for Learning through play ." Read more
"...These guys are durable, fun , and excellent magnets." Read more
Customers find the science fundamentals kit easy to use. They say it's perfect for preschoolers to handle, babies through elementary age to experiment and experience magnetism. They also say it’s a great teaching tool for little scientists.
"These magnets are sturdy and strong. Perfect for babies through elementary age to experiment and experience magnetism...." Read more
"These are perfect for my second graders ! They are powerful and super durable. These are are great for our unit on magnets." Read more
" easy to use and pick up the chips when playing bingo" Read more
"These are sturdy, come in a variety of colors, are easy for students to use , and students love using them!..." Read more
Customers appreciate the educational value of the science fundamentals kit. They say it's a great teaching tool for little ones, and a good science tool. Some customers also mention that it'll be a perfect addition to their science center.
"...These magnets are also great for sensory bins and sensory bottles . With the sensory bottles...." Read more
"Used in my daughter’s Christmas sensory bins with jingle bells! Perfect use for them " Read more
"...It is awesome to see the wonderment in his eyes, feeling the strong magnetic pull...." Read more
"...They are durable and are used often to tack important documents to a metal door so they are easily visible and accessible...." Read more
Customers like the color of the science fundamentals kit. They say the multiple colors are great, fun, and make them smile.
"...These will surely become teaching devices. Multiple colors . Great entertainment and learning. Worth the price" Read more
"...The fun colors make us smile ." Read more
"...have stood up to being dropped/tossed/thrown, and the colors are nice and vibrant . They keep my son entertained for a long time!" Read more
"Perfect size, the colors are a little bit darker as the picture I attached but the magnet is perfect for what I was looking for" Read more
Customers appreciate the value of the science fundamentals kit.
"...Multiple colors. Great entertainment and learning. Worth the price " Read more
"...This was a very good inexpensive way to do this!" Read more
"...Had one break but fixed it with hot glue. Good value ." Read more
"These magnets are awesome and the price is fantastic compared to other educational websites!!" Read more
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The discovery promises to spark a revolution in physics, but more results are needed to know for sure.
A tiny wobbling particle may be about to reveal a fifth force of nature, scientists behind one of the biggest particle physics experiments say.
Physicists at the Fermi National Accelerator Laboratory, or Fermilab, near Chicago have found more evidence that the muon, a subatomic particle, is wobbling far more than it should — and they think it's because an unknown force is pushing it.
The results build on a previous experiment made in 2021 but produced four times the data with the experimental uncertainty reduced by a factor of two. If the findings are true, and the theoretical controversies around these measurements can be overcome, they represent a breakthrough in physics of a kind that hasn't been seen for 50 years, when the dominant theory to explain subatomic particles was solidified.
In other words, the muon's minute wobbling — known as its magnetic moment — has the potential to shake the very foundations of science.
"We're really probing new territory," Brendan Casey, a senior scientist at Fermilab who works on the experiment, known as Muon g-2, said in a statement . "We're determining the muon magnetic moment at a better precision than it has ever been seen before."
Related: A tiny, wobbling muon just shook particle physics to its core
Occasionally referred to as "fat electrons," muons are similar to electrons but are 200 times heavier and radioactively unstable — decaying in mere millionths of a second into electrons and tiny, ghostly, chargeless particles known as neutrinos . Muons also have a property called spin, which makes them behave as if they were tiny magnets, causing them to wobble like mini gyroscopes when inside a magnetic field.
Breaking space news, the latest updates on rocket launches, skywatching events and more!
To investigate the muon's wobbling, physicists at Fermilab sent the particles flying around a minus 450 degree Fahrenheit (minus 268 degrees Celsius) superconducting magnetic ring at nearly the speed of light — a speed that, due to relativistic time dilation, extends the muons' short lifetimes by a factor of about 3,000.
By looking at how muons wobbled as they made thousands of laps around the 50-foot-diameter (15 meters) ring, the physicists compiled data suggesting that the muon was wobbling far more than it should be.
The explanation, the study scientists say, is the existence of something not yet accounted for by the Standard Model — the set of equations that explain all subatomic particles, which has remained unchanged since the mid-1970s.
This mysterious something could be a completely unknown force of nature (the known four are gravitational, electromagnetic and the strong and weak nuclear forces). Alternatively, it could be an unknown exotic particle, or evidence of a new dimension or an undiscovered aspect of space-time.
But whichever way they slice it, the physicists' data suggests that something unknown is nudging and tugging at the muons inside the ring.
Full confirmation will take a little while longer, however. To be as certain as possible, physicists will use all of the data collected during the g-2 experiment's 2018 to 2023 run: The current result only takes data from 2019 and 2020. Secondly, they will need to wait for theoretical predictions from the Standard Model to catch up.
— Proof of new physics from the muon's magnetic moment? Maybe not, according to new theoretical calculation
— How a 'muon accelerator' could unravel some of the universe's greatest mysteries
— A decade of science and trillions of collisions show the W boson is more massive than expected
There are currently two theoretical methods for calculating what the muon's wobble should be under the Standard Model. These two methods produce conflicting predictions. Some of these calculations, including one published the same week as the 2021 g-2 experiment findings, give a much larger value to the theoretical uncertainty of the muon's magnetic moment — threatening to rob the experiment of its physics-breaking significance.
Another experiment , using data from the CMD-3 accelerator in Novosibirsk, Russia, also appears to find the muons wobbling within normal bounds, but the experiment directly contradicts a previous run of the accelerator that hinted at an opposite result.
Fermilab researchers hope that the full results, which they expect to be ready in 2025, could be precise enough to give a clear reading.
The scientists have submitted their work for publication in the journal Physical Review Letters; a preprint of the findings can be found here .
This article was provided by Live Science.
Join our Space Forums to keep talking space on the latest missions, night sky and more! And if you have a news tip, correction or comment, let us know at: [email protected].
Ben Turner is a U.K. based staff writer at Live Science. He covers physics and astronomy, among other topics like weird animals and climate change. He graduated from University College London with a degree in particle physics before training as a journalist. When he's not writing, Ben enjoys reading literature, playing the guitar and embarrassing himself with chess.
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Mysterious, light-colored swirls on Moon’s surface could be rocks magnetized by magma activity underground, WashU laboratory experiments confirm
Lunar swirls are light-colored, sinuous features on the Moon’s surface, bright enough to be visible from a backyard telescope. Some people think they look like the brushstrokes in an abstract painting. But these are not mere artistic flourishes: NASA images show that the tendrils from some lunar swirls extend for hundreds of miles.
Lunar swirls have defied easy explanation, but recent modeling and spacecraft data shed light on the twisty mystery. The data shows that rocks in the swirls are magnetized, and these rocks deflect or redirect solar wind particles that constantly bombard the Moon. Nearby rocks take the hit instead. Over time, neighboring rocks become darkened by chemical reactions caused by the collisions, while the swirls remain light colored.
But how did the rocks in lunar swirls get magnetized? The Moon does not have a magnetic field today. No astronaut or rover has yet visited a lunar swirl to investigate.
“Impacts could cause these types of magnetic anomalies,” said Michael J. Krawczynski , an associate professor of earth, environmental and planetary sciences in Arts & Sciences at Washington University in St. Louis. He notes that meteorites regularly deliver iron-rich material to areas on the Moon’s surface. “But there are some swirls where we’re just not sure how an impact could create that shape and that size of thing.”
Krawczynski believes it’s more likely that something else has locally magnetized the swirls.
“Another theory is that you have lavas underground, cooling slowly in a magnetic field and creating the magnetic anomaly,” said Krawczynski, who designed experiments to test this explanation. His results are published in the Journal of Geophysical Research: Planets .
Krawczynski and study first author Yuanyuan Liang, who recently earned her PhD in earth, environmental and planetary sciences in Arts & Sciences, measured the effects of different combinations of atmospheric chemistry and magmatic cooling rates on a mineral called ilmenite to see if they could produce a magnetizing effect.
“Earth rocks are very easily magnetized because they often have tiny bits of magnetite in them, which is a magnetic mineral,” Krawczynski said. “A lot of the terrestrial studies that have focused on things with magnetite are not applicable to the Moon, where you don’t have this hyper-magnetic mineral.”
But ilmenite, which is abundant on the Moon, can also react and form particles of iron metal, which can be magnetized under the right conditions, Krawczynski and his team found.
“The smaller grains that we were working with seemed to create stronger magnetic fields because the surface area to volume ratio is larger for the smaller grains compared to the larger grains,” Liang said. “With more exposed surface area, it is easier for the smaller grains to undergo the reduction reaction.”
“Our analog experiments showed that at lunar conditions, we could create the magnetizable material that we needed. So, it’s plausible that these swirls are caused by subsurface magma,” said Krawczynski, who is a faculty fellow in the university’s McDonnell Center for the Space Sciences .
Determining the origin of lunar swirls is considered key in understanding what processes have shaped the lunar surface, the history of a magnetic field on the Moon and even how the surfaces of planets and moons generally affect the space environment surrounding them.
This study will help interpret data acquired by future missions to the Moon, especially those that explore magnetic anomalies on the lunar surface. NASA intends to send a rover to the lunar swirl area known as Reiner Gamma in 2025 as part of the Lunar Vertex mission.
“If you’re going to make magnetic anomalies by the methods that we describe, then the underground magma needs to have high titanium,” Krawczynski said. “We have seen hints of this reaction creating iron metal in lunar meteorites and in lunar samples from Apollo. But all of those samples are surface lava flows, and our study shows cooling underground should significantly enhance these metal-forming reactions.”
For now, his experimental approach is the best way to test predictions about how unseen lava may be driving the magnetic effects of the mysterious lunar swirls.
“If we could just drill down, we could see if this reaction was happening,” Krawczynski said. “That would be great, but it’s not possible yet. Right now, we’re stuck with the surface.”
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In this fun and easy magic science experiment, we're going to use science to make a super cool magnetic magic wand. Materials: Long piece of insulated copper wire Screwdriver Paper clips Tape Battery (AA, C, or D size) Instructions: Wrap the copper wire around the screwdriver about ten times being sure to leave about three inches on either end. Tape one end of the wire to the negative end of ...
Our magnet wands are one of our most used pieces of science kit and are perfect for all kinds of magnet experiments and investigations. When my children were little, they wandered around the house "testing" things to see if they were magnetic, and then we went through a phase of magnet-powered cars, boats and anything else we could make move. ...
This is my favorite experiment. Let the donut magnet rest as still as possible at the center of the pyramid. Now take a magnetic wand (or a strong magnet) and begin gently waving it near the donut magnet (don't get too close or the magnets will stick together). Watch as the donut magnet begins to sway and twirl.
26. Science Experiments with Magnets - Spinning Spider. This activity can be a combination of animal science and magnet science as you and your kids build cute spiders, a "creepy" web, and then use magnets to help the spider dance around the web. 27. Make it Move Challenge.
Milk Cap Magnet Boats: Save your milk and bottle caps for this playful magnet experiment in water. This Magnet Pendulum: another great use for the magnet wands! This experiment tests to see which direction the wand swings when you move the magnets around. The magnetic force makes the wand swing in different patterns.
This simple tutorial on how to make a homemade magnetic wand will have your kids saying WOW in no time. This preschool magnet activity is a great way for exploring how magnest work while sneaking in some fun preschool science too. Use this magnet activity for kids with preschoolers, kindergarners, grade 1, and grade 2 students.
6 AMAZING MAGNET EXPERIMENTS / SCIENCE EXPERIMENTS#6_Amazing_Magnet_Experiments#Magnet_Experiments #Magnet_Tricks0:00 Magnet and Iron Filings Experiment 1:09...
Then they use a magnet wand to "test" the bottles, and compare the results to their predictions. This Magnet Sorting Mat could be used with this activity, or you can label two baskets "magnetic" and "not-magnetic" for sorting the tubes. From left to right, these are the objects in the bottles as pictured: magnetic bingo chips. mini ...
Gently glue around the bottom tissue paper leaf with a glue stick. Because tissue paper is fragile, be careful with this step or you may rip the tissue paper. 4. Tape the string down to the table. Now kids can hold the magnet wand on top of the leaf and get it to float!
Using a magnet wand, move the top magnet through the paint to create a special piece of art. Another version is magnet marble painting. Troll Bogey's Magnetic Slime. ... Simple Magnet Experiment. One of the best ways to learn about magnets is to explore with them! We mentioned earlier a great game where you give kids a magnet wand and send ...
4. Magnetic Treasure Hunt. This hands-on experiment will not only ignite your sense of exploration but also deepen your understanding of magnetic fields and their effects. Join us as we combine the thrill of a scavenger hunt with the wonders of magnetism. Learn more: Magnetic Treasure Hunt. 5.
In this fun and easy electricity and magnetism science experiment we are going magnetize a needle and create a compass. Materials: Plastic bowl or dish Bar of Ivory soap. You can use other brands of soap as long as the bar of soap floats. Long sewing needle Magnet Instructions: Fill your plastic bowl about halfway up with water. Rub your needle back and forth against the magnet for about ...
The Family Magnet Wand Pack. The Classroom Pack of Magnet Wands. The Single Student Magnetic Fun Set. The Mighty Magnets Set (with other shapes of magnets) The Fun With Magnets Set. A while back one of my lovely fans asked what we use these magnet wands for. I found a ton of ideas for her and I thought it would be handy to share them in a ...
Bar magnet; Magnetic wand or horseshoe magnet; The Challenge. You can move a car without ever touching it by turning a regular toy car into a magnet-powered car. ... In this experiment, the magnetic force is strong enough to propel a toy car around the room. Can you move a car without ever touching it? Problem and Hypothesis [contact-form-7 id ...
11. Magnetic Fishing. For this activity, you will need to make your own magnet fishing rod, and a 'fishing lake' (or classroom tray) filled with your choice of magnetic items. Magnet letters or numbers are a fun place to start. Get your kids to lower their magnetic rods into the lake and pull out to reveal their catch.
Supplies Needed to Make Magnetic Sensory Bottles. Here is what you need to make these 3 bottles: - A magnet kit - we like this one by Learning Resources because it comes with the magnet wands, chips and other magnets you can use to do experiments with. You can also buy the magnet wands separately here.
1. Magnetic Treasure Hunt: Hide small magnetic objects around the house or classroom and have children search for them using a magnet to explore magnetism in action. 2. Dancing Paper Clip Puppets: Attach paper clips to lightweight cardboard puppets and move them around by manipulating a magnet beneath the surface. 3.
How To Set Up Magnet Painting You will need: Magnetic wand or bar (we have this set) Acrylic or tempera paint; Paper; Magnetic items, including washers, nuts, and bolts! Tray; Instructions: Make sure to cover your surface, as this could get messy! STEP 1: This part is super easy! Put a squirt or blob of different-colored paint on the paper, and ...
Two of the same poles repel each other and opposite poles attract each other. Magnets produce a magnetic force. You can't see it with your eyes, but can see the pull of it when using iron fillings to experiment with. There are different types of magnets. The Earth is one big magnet with a magnetic force and a north pole and south pole.
Fill a tray or table with the materials to be tested for magnetism.; Read the book, Magnet Max. Instruct the children to predict which objects will be attracted to the magnets and then use their magnets to test out their predictions.; Continue to experiment with the magnets and various objects.; Classify and categorize the objects into two piles: Objects that are attracted to the magnets and ...
7. Magnetic Wand. Rating: 8/10 . With a simple magnetic wand, you can perform a magical experiment that seems to defy gravity. By using the power of magnetism, you can make objects move without touching them.
hand2mind wands are used for study of magnets and their effects The wands are magnetized for conducting experiments and demonstrations of magnetism basic principles and delivered in a set of six for hands-on learning The wands are in different colors for identification and visual appeal--red orange green purple pink and blue-and measure 8 0" (L) The set is suitable for grades K to 5.
hand2mind Rainbow Magnetic Wand Set for Kids for 5-10, 8 Inch with Magnet Bar, Use for Sewing, Science Experiments, Bingo, Fridge, and Magnetic Concepts, Homeschool Supplies (Pack of 6) 4.8 out of 5 stars 604
Some of these calculations, including one published the same week as the 2021 g-2 experiment findings, give a much larger value to the theoretical uncertainty of the muon's magnetic moment ...
Mysterious, light-colored swirls on Moon's surface could be rocks magnetized by magma activity underground, WashU laboratory experiments confirm In a laboratory setting, experimental petrologists at WashU recreated the magnetizing reactions that could be causing the mysterious, light-colored features on the Moon's surface, known as lunar ...