Hello LS, Very cool, you never fail to come up with something of interest. It worked very well, good job. Thank you for your time and effort to make videos on science and electronics. All the best from Oregon, C.
I think you can dampen the oscillation by adding a paddle to the tip of your rotating element, increasing resistance when it dips into the water, even more so when you add a viscous fluid.
Hello LS, Very cool, you never fail to come up with something of interest. It worked very well, good job. Thank you for your time and effort to make videos on science and electronics. All the best from Oregon, C.
Thank you!!
I think you can dampen the oscillation by adding a paddle to the tip of your rotating element, increasing resistance when it dips into the water, even more so when you add a viscous fluid.
Absolutely wonderful !
Awesome, with thrify parts to demonstrate the fundamental functions. Did the thread start to slip? (it started slowing down)
Very interesting experiment
How do you determine the period of oscillation ? Is it the same period of a pendulum?
Interesting thank you
Would be cool to record audio and measure time between the clicks to figure out how constant the period is
You Actually made a gravity powered machine
!
Thank you
I wonder if you can use nitinol to make an escapement mechanism?
That would be way cool! Need think about it.
Cool
do u have wound in ur finger?
love your vids man. ive learned alot . Thanks
also first :)
😊
5:35 pendulum motion starts...
❤️❤️👍
I think dirt would work too