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Brand: SBT Instruments
SBT Instruments Newton's Cradle 19cm x 15cm x 15cm with 5 Steel Balls (19mm) for Science Physics Pendulum
SKU: TB-EM-42123
Delivery By: Dec 12 - Dec 14 
MRP : ₹3450 ₹1489
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Delivery By: Dec 12 - Dec 14 Easy Return
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₹1489 (Including GST)
MRP : ₹3450
57% OFF!
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Short Description
SBT Instruments Newton's Cradle 19cm x 15cm x 15cm
with 5 Steel Balls
Ball Diameter 19mm
for Science Physics Pendulum
Country of origin: India
Specifications
- Brand: SBT Instruments
- Frame Dimensions : 19 cm (length) × 15 cm (width) × 15 cm (height)
- Number of Balls : 5
- Ball Material : Steel
- Diameter : 19 mm
- Base Material : Plastic
Description
The SBT Instruments Newton’s Cradle (19 cm × 15 cm × 15 cm) is a table top physics demonstrator made to visually illustrate the conservation of momentum and kinetic energy through elastic collisions. It contains five precisely aligned steel balls (19 mm diameter) suspended from a rigid frame. When one or more balls are pulled and released, their energy is transferred through the line, causing the outer ball(s) on the opposite side to swing out in a rhythmic motion.
Features
:- Steel Balls (19 mm) : High-elasticity steel ensures good bounce and energy transfer.
- Rigid Frame : Sturdy structure keeps balls aligned for consistent collisions.
- Bifilar Suspension : Balls hang on strings that minimize rotational interference, ensuring near-linear motion.
- Compact Size : Dimensions of ~ 19 × 15 × 15 cm make it desk-friendly.
Applications
:- Physics Education : Demonstrate momentum and energy conservation in school/university labs.
- Classroom Demonstrations : Teachers can use it to show how elastic collisions work.
- Science Exhibits : A visual and interactive exhibit in science fairs or STEM events.
- Office / Home Decor : As a kinetic desk toy, it provides a relaxing visual and tactile experience.
- STEM Projects : Students can analyze motion, damping, and energy loss.
- Motion Analysis : Can be used to study damping, the effect of friction or imperfect elasticity, and how oscillations decay over time
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