Kit or mixed material
STEAM KIT #18 : Force & motion [kit] /
"Get students thinking like scientists as they master key Next Generation Science Standards* for third grade—observing an object’s movement patterns to predict future motion, asking questions to determine cause-and-effect relationships of magnetic interactions, and more!" Manufacturer's website.
Record details
- Physical Description: 1 loan agreement, 1 book, 1 instruction booklet, 4 investigation cards, 4 connection cards, 1 magnetic force distance detector, 1 cart launcher, 1 drainpipe model, 1 pendulum stand; 1 latching box containing: 1 cart, 1 measuring tape, 2 bar magnets, 4 circle magnets, 1 circle magnet stand, 1 magnet wand, 3 metal rings (in ziplock bag), 1 pendulum measurement card, 1 pendulum with weight ; in latching box
Content descriptions
| Formatted Contents Note: | Loan agreement -- Book: Explore forces and motion! / Jennifer Swanson ISBN 9781619303553 $20.00 -- Meet the Standards Force & Motion Kit : 1 cart, 1 measuring tape, 2 bar magnets, 4 circle magnets, 1 circle magnet stand, 1 magnet wand, 3 metal rings (in ziplock bag), 1 pendulum with weight, 1 pendulum measurement card, (in small latching box); 1 instruction booklet, 4 investigation cards, 4 connection cards, 1 magnetic force distance detector, 1 cart launcher, 1 drainpipe model, 1 pendulum stand / Lakeshore LM274 / $88.00 -- Sterilite 15 qt. Latching Box. |
| Target Audience Note: | Suggested Age Group : 8-10 years. |
Search for related items by subject
| Subject: | Physics. Force and energy. Magnets. Pendulum. |
| Topic Heading: | Children's STEM kits Children's STEAM kits |
Show Only Available Copies
| Location | Call Number / Copy Notes | Barcode | Shelving Location | Holdable? | Status | Due Date |
|---|---|---|---|---|---|---|
| Sechelt Public Library | STEAM KIT #18 (Text) | 33260000537424 | Pop-Up Children’s | Volume hold | Available | - |
Summary:
"Get students thinking like scientists as they master key Next Generation Science Standards* for third grade—observing an object’s movement patterns to predict future motion, asking questions to determine cause-and-effect relationships of magnetic interactions, and more!"
