I think he means "nothing special is observed", because the opposite angular momentums cancel each others out, so that the gyroscopic effect vanishes, unlike whenboth gyros spin in the same direction.
Dear Adolf, nice video. It neatly shows the additivity of angular momentum. However, you might want to change "and anything special is observed" to "nothing special is observed".
Thanks for your kind comment. Of course, you're right and I'd like to change the sentence, but to do this I should edit the video again and upload it with another name . I also like this video very much because it clearly shows that the magnitude responsible for the behaviour of the giroscope is a vectorial one (angular momentum). The idea comes from Sutton's book (Demonstration Experiments in Physics). Regards.
"anything special is observed" doesn't really make sense. You must mean "something special is observed"?
realisticHomeboy 1 year ago
@realisticHomeboy Or you mean "nothing special is observed"?
Anyway, thanks for the video. It answered the question I needed answered.
realisticHomeboy 1 year ago
@realisticHomeboy
Yes, precisely - sorry, didn't see that you got there yourself :o)
English is sometimes hard for us non-E-speakers, when it comes
to the finer details. I think that is what happened in this video.
Bjowolf2 11 months ago
@realisticHomeboy
I think he means "nothing special is observed", because the opposite angular momentums cancel each others out, so that the gyroscopic effect vanishes, unlike whenboth gyros spin in the same direction.
Bjowolf2 11 months ago
@realisticHomeboy NO, I AM NOT A HOMOSEXUAL AND I HAVE NO INTEREST IN MEETING YOU.
THERE ARE GAY DATING SITES ON THE INTERNET WHICH ARE BETTER FOR YOUR NEEDS THAN YOUTUBE.
PLEASE STOP CONTACTING ME.
THANK YOU ONCE AGAIN AS I HAVE ASKED YOU TO STOP BEFORE.
gregboyds1 3 days ago
Dear Adolf, nice video. It neatly shows the additivity of angular momentum. However, you might want to change "and anything special is observed" to "nothing special is observed".
Cheers.
Kloer5 1 year ago
@Kloer5
Thanks for your kind comment. Of course, you're right and I'd like to change the sentence, but to do this I should edit the video again and upload it with another name . I also like this video very much because it clearly shows that the magnitude responsible for the behaviour of the giroscope is a vectorial one (angular momentum). The idea comes from Sutton's book (Demonstration Experiments in Physics). Regards.
toc1955 1 year ago