A shiny object is not necessarily magnetic, and attraction alone tells less than students may think. Snapling helps learners test materials, reason about poles, and connect compass behavior with magnetic fields.
DOWNLOAD THE 7 FREE MAGNETISM WORKSHEETS
PLAY THE FREE MAGNETISM ADVENTURE
Meet Snapling, your vocabulary training guide
Snapling is determined, playful, focused. This Gemling guides learners through Polarize Yard and connects to the specimen Hematite. The same approved character appears in the printable packet and its matching science adventure.
What the seven worksheets cover
Start with the main Magnetism vocabulary worksheet. Then work through these six lessons in adventure order:
- Magnets & Materials
- Poles: Attraction & Repulsion
- Magnetic Force at a Distance
- Earth's Magnetism & Compasses
- Electromagnets
- Magnetic Tools & Design
The overview introduces magnet, magnetic force, pole, attract, repel, magnetic field, compass, electromagnet, iron, distance. Each lesson narrows the focus to its own science words and ideas.
Every worksheet combines a short Gemling teaching note, a word bank, definition matching, three word-in-context questions, and a written field mission. Snapling closes each lesson by welcoming students to the corresponding adventure setting.
A classroom science field trip, starting at your desk
Provide a table of magnetic test results for several named materials. Students use the evidence to design a sorting tool, then explain a limitation. A second sketch can show how rotating a magnet changes attraction into repulsion.
Read the Gemling note aloud, model one vocabulary match, and let partners explain their word choices. Use the written mission to check understanding before entering the next online setting. After the seven pages, the Training Complete invitation gives students a clear next step into the FREE online Excavating Adventure.
Excavating Adventures is The Science Field Trip Company. These resources help transform classroom science into a field-trip-style experience: prepare with vocabulary, explore a science setting, explain evidence, and carry curiosity into real-world observation.
Teaching point to make clear
Ordinary magnets do not strongly attract every metal. A compass follows the local magnetic field, which nearby magnets can disturb; its direction is not a perfect match to geographic north everywhere.
Download and printing details
The free PDF contains 16 separate US Letter pages: one teacher guide, seven student worksheets, one Training Complete page, and seven matching answer keys. Print at 100% scale. The activities are black-and-white friendly; students do not need color to answer. Sample written answers allow for other scientifically accurate responses.
Take the training into the free adventure
Snapling invites your class into Polarize Yard. Use the exact subject adventure below, pause to discuss clues, and encourage students to revise their thinking after feedback. The game needs an internet connection but no purchase, account, or physical kit.
ENTER THE FREE MAGNETISM ADVENTURE
After the mission, the optional Discover, Identify, Collect continuation connects learning with real specimens. Finishing online does not record a physical discovery or mean that a specimen has been collected.
Free Dig Kits for Your Classroom
Extend curiosity toward hands-on science and a physical science field trip. Learn about the planned classroom kit program and its current availability. Campaign signup is not open yet; downloading this resource does not reserve or include kits.
FREE DIG KITS FOR YOUR CLASSROOM
Keep exploring science
Browse all free science adventures or explore Physical Science adventures.
- Electricity vocabulary worksheets
- Forces & Motion vocabulary worksheets
- Materials vocabulary worksheets
Two questions to discuss with your class
Why should a metal object be tested rather than automatically labeled magnetic?
Different metals respond differently. Iron is strongly attracted by an ordinary magnet, while metals such as aluminum do not show the same strong attraction.
Why should a compass be kept away from a strong nearby magnet during navigation?
The nearby magnet can change the local magnetic field and turn the needle away from the direction it would indicate from Earth's field alone.