I am interested in inertial mass propulsion, and as you have no money, but I suggest that you follow a path more "impressive" for your videos, try to build a "balanced" it takes a lot of speed, and then changes its configuration and off balance, "single shot" the effect will be more attractive
it dances to the music... I see whut u did thar... you intalled the program for windows dancer and implemented it into your centripetal motion machine, therefore making it dance to the music. I has so much smart.
It was our first year design project to construct a device that demonstrated a scientific principle to a high school class. The spring loaded arm extends as the speed, mass and radius change. This elongation by the spring is measured with a laser and using Hooke's law (F - kx) we can see just how accurate the formula F = mv^2/r is. Thanks for watching.
I am interested in inertial mass propulsion, and as you have no money, but I suggest that you follow a path more "impressive" for your videos, try to build a "balanced" it takes a lot of speed, and then changes its configuration and off balance, "single shot" the effect will be more attractive
exasimpol 2 years ago
that song is so annoying with his european screaming! brilliant machine though!
kenspin 2 years ago
That is an excellent experiment and demonstration for Hooke's law. Excellent job indeed!
jarkonkotisivu 3 years ago
The concept wasnt explaned :(
sorry that sucks
alec
alecTHElion 3 years ago
it dances to the music... I see whut u did thar... you intalled the program for windows dancer and implemented it into your centripetal motion machine, therefore making it dance to the music. I has so much smart.
pizzaroo1 3 years ago
The song makes me think of something i didnt like :( Im scared... Hold me *Hides*
Dryvnt2 3 years ago
Nice video, gets my intrest up a bit, But what are the claims of this device is it just a light show?
pcockriel 4 years ago
It was our first year design project to construct a device that demonstrated a scientific principle to a high school class. The spring loaded arm extends as the speed, mass and radius change. This elongation by the spring is measured with a laser and using Hooke's law (F - kx) we can see just how accurate the formula F = mv^2/r is. Thanks for watching.
Cicero19 4 years ago
Well done Folks!
BerserkerState 4 years ago