Home > Arts & Crafts > Metal Crafts > Oval Metal Kinetic Newton's Cradle, Theorem of Momentum Instrument

Oval Metal Kinetic Newton's Cradle, Theorem of Momentum Instrument

Oval Metal Kinetic Newton's Cradle, Theorem of Momentum Instrument photo-1
Oval Metal Kinetic Newton's Cradle, Theorem of Momentum Instrument photo-2
Oval Metal Kinetic Newton's Cradle, Theorem of Momentum Instrument photo-3
Oval Metal Kinetic Newton's Cradle, Theorem of Momentum Instrument photo-4
Oval Metal Kinetic Newton's Cradle, Theorem of Momentum Instrument photo-5
US$ 1.2 - 4.9 MOQ: 200 Pieces
Key Specifications
Get Latest Price
Type:
Iron
Product Type:
Other, Pendulum Ball
Technique:
Casting
Payment & Shipping
Payment Methods:
Port of Shipment:
Guangzhou
Delivery Detail:
Delivery time depends on order quantity.
Type Iron
Product Type Other, Pendulum Ball
Technique Casting
Style Folk Art
Use Other, Art & Collectible
Theme Fairy
Regional Feature Europe
Place of Origin Guangdong, China
Brand Name Southkingze

Oval Metal Kinetic Newton's Cradle, Theorem of Momentum Instrument

 

Product Description

 

 

Name:

Newton's Cradle, Newton Balls, Balance Balls, Kinetic Cradle and Kinetic Balls.

 

Composition:

Size:  S: 17x14cm, M: 23x18cm, L:27x22cm 

OPP inner bag, colorful box, pedestal, frame and 5 balls.

 

Material:

Frame is made of plastic.

Pedestal is made of plastic.

Ball is made of stainless iron.

 

Principle:

Depends on Law of conservation of momentum and the theorem of momentum to swing the ball each other.

 

Usage:

1) When the ball on one end is pulled aside and allowed to swing as a pendulum, it hits the next ball. The outcome is fascinating, the one ball on the far end is knocked away from the others with the same speed as the first ball had initially and all of the other balls remain nearly at rest!

2) If you pull back two balls and let them strike the others, two balls are knocked from the other end, and all the other balls remain nearly at rest. Great for stress relief and makes a wonderful gift!

3) You can also try:

Pull one ball of each side with same height.

Pull two balls of each side with same height.

Pull one ball of each side with different height.

Pull one ball of each side with different height.

Try more and see it for yourself.

 

Oval Metal Kinetic Newton's Cradle, Theorem of Momentum InstrumentOval Metal Kinetic Newton's Cradle, Theorem of Momentum InstrumentOval Metal Kinetic Newton's Cradle, Theorem of Momentum InstrumentOval Metal Kinetic Newton's Cradle, Theorem of Momentum InstrumentOval Metal Kinetic Newton's Cradle, Theorem of Momentum InstrumentOval Metal Kinetic Newton's Cradle, Theorem of Momentum Instrument

 

Send Inquiry to This Supplier

Message
0/5000

Want the best price? Post an RFQ now!
Business Type
Manufacturer, Trading Company, Distributor/Wholesaler
Year Established
2013
Factory Size
Below 1,000 square meters
Total Employees
11 - 50 People