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Physics > Mechanics >

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Kulor i olika utförande

Art no 59950

Påverkas kulans rörelse av dess massa eller av hur massan är fördelad i kulan?

8.70 EUR

(10.88 EUR incl. vat)

st	Delivery - immediate

Product description

Påverkas kulans rörelse av dess massa eller av hur massan är fördelad i kulan?

Fyra kulor med samma diameter men olika utförande. Använd dem tillsammans med en kulbana eller en kastkanon för att undersöka rörelse och falltider.

Material: nylon (3 g), ihålig stål (3 g), aluminium (6 g), stål (17 g).
Mått: Diameter 16 mm.
Förpackning: 4 st.

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

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Kulor i olika utförande

Kulor i olika utförande

Påverkas kulans rörelse av dess massa eller av hur massan är fördelad i kulan?

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?