Shock Wave in Gauss Gun.wmv

Shock Wave in Gauss

Category:

Science & Technology

Tags:

• gauss gun
• rifle gauss gun
• shock wave
• newton cradle

[frenkystromar]

You should measure the distance of two balls rolling away compared to only one.

[gilbondfac]

try it ! thanks !

[clayton1979]

Transmitting motion without moving? I have never even considered that but it cannot be denied that it really happens.

[gilbondfac]

Newton cradle

[SamboBag]

If standing ball is about 2 times lighter than moving, after impact he gets its twice velocity. Try cascade of lighter and lighter balls to achieve big velocity

[killerantacone]

2:25 oops dropped my pen

[pohpify]

毛もじゃもじゃ

[KakHazhar]

1:33

ended where it started....skillz:)

[Yenzsoh]

have you thought of doing the y-gauss in reverse? so you have 2 attracting magnets and only one projectile, would be interesting to see the speed of projection compared to a single one.

[overunitydotcom]

P.S: I meant, use 1 pendulum on EACH side.

Attach the magnet balls to the pendulum and

let the ball fall via the pendulum to the iron rod.

Then the other pendulum´s magnet will shoot up

and when it comes down, it will again push the other pendulum´s ball up again.

This then should gain more and more energy and you need to damp the motion, otherwise it will destroy itsself !

Just put a mechanical load onto the pendulums then.

Regards, Stefan.

[overunitydotcom]

Great experiments.

Now this proves, that it would be possible

to return the fired away ball in a loop and

hit the iron nail again and shoot out the other

magnet on the other side again

with more force, so this could

be made in a perpetual motion machine !

Use 2 pendulums on each side of the iron rod and you will get a selfrunning perpetual motion machine poweredby magnets ! Good luck !

Regards, Stefan.

[crob227]

nice work, and good looking finger nail you got there ;)

im picturing a wheel wth the magnets doubled up al the way around causing this effect to keep happening...... what you think.

[6418978876]

Merry Christmas to you too.

[Lorentz5]

6:37 looks really cool