Catapult Kit - Build Yourself - STEM Learning - Comes Explore Force, Acceleration, Center of Mass, Hooke's Law & More - Garage Physics by Eisco

BUILD & LEARN || Easy to build and fun to use, this kit allows you to literally play with the physics of catapults! Shoot ping pong balls over 20 feet and explore 12 different catapult geometries. Students can experiment with different arrangements until they find the optimal configuration! Kit designed for exploration under the supervision and guidance of a scientifically-minded adult STEM LEARNING || Introduces and demonstrates real world STEM concepts. Allows learners of all ages to explore and visualize physics concepts, including force, acceleration, center of mass, vector components, Hooke’s law, parabolic trajectories, and class 2 levers WHAT'S IN THE BOX? || Kit includes catapult base, catapult left and right sides (symmetric except for counter-sinks), catapult lever arm, 8 rubber bands, 4 wood screws, 3 dowels, 1 c-shaped screw hook, 1 ping pong ball, cardboard storage box and instructions for assembly and experimental activities. (A medium size Phillips screwdriver is required but not included)

ASIN

B01MZ9R2SM

Embedding

CLIP ViT-L/14 · 768d

Distance metric

cosine

Doc fetch

2ms·cache hitGET /v2/namespaces/amazon-products/documents/B01MZ9R2SM

How it works

Similar query

21msnearest_to_id → /query

Doc fetch goes through Layer's Aerospike pull-through cache; cache hit served the row without touching turbopuffer. The similar query asks Layer for nearest neighbors of the stored product vector — queries don't go through the doc cache, so no cache header is set.