New products

Campaign

Sale

Microscope/binocul.

Lab equipment

Measuring equip.

Datalogging PASCO

Construction kits

Tools & soldering

Programming

Mathematics

Physics

Technology

Chemistry

Biology

Biotechnology

Geography

Energy & Environm.

Literature

Card games

Write & Draw

First Aid

Storage

New products >

« Back

Balls in different designs

Art no 59950

Is the ball’s motion affected by its mass or by how the mass is distributed within the ball?

8.70 EUR

(10.88 EUR incl. vat)

pkg	Delivery - immediate

Product description

Is the ball’s motion affected by its mass or by how the mass is distributed within the ball?

Four balls with the same diameter but in different designs. Use them with a ball track or a projectile launcher to investigate motion and fall times.

Material: nylon (3 g), hollow steel (3 g), aluminium (6 g), steel (17 g).
Dimensions: Diameter 16 mm.
Pack size: 4.

Ball track

Art no: 52475
Determine the speed of the ball when it leaves the track. Suggestions for solution methods: energy calculations, photocell or carbon paper...?

18.50 EUR

Loop the Loop

Art no: 52478
What lowest starting position does the steel ball need to have to perform the loop? How well does theory agree with practice?

49.50 EUR

Projectile launcher

Art no: 60201
Classic mechanics with speed, angle, height, range and time of flight. Where did the ball land – did it agree with your calculations?

197 EUR

You recently viewed

Balls in different designs

Balls in different designs

Is the ball’s motion affected by its mass or by how the mass is distributed within the ball?

Ball track

Art no: 52475 Determine the speed of the ball when it leaves the track. Suggestions for solution methods: energy calculations, photocell or carbon paper...?

Loop the Loop

Art no: 52478 What lowest starting position does the steel ball need to have to perform the loop? How well does theory agree with practice?

Projectile launcher

Art no: 60201 Classic mechanics with speed, angle, height, range and time of flight. Where did the ball land – did it agree with your calculations?

Art no: 52475
Determine the speed of the ball when it leaves the track. Suggestions for solution methods: energy calculations, photocell or carbon paper...?

Art no: 52478
What lowest starting position does the steel ball need to have to perform the loop? How well does theory agree with practice?

Art no: 60201
Classic mechanics with speed, angle, height, range and time of flight. Where did the ball land – did it agree with your calculations?