Another nice demonstration Ian. And another nice advert for Sainsburys lol. Not sure whether to give you 10/10 or mark you down a bit for your singing. Just kidding - I like to hear someone happy in their work. 10/10.
@@Ian.Gostling It will be the same old same old after tomorrow, rich get richer and poor get poorer, that's how the establishment has run the country since the Victorian era.👍😊
If you're gonna do it properly, measure it. 5 or 10 drops with the 4 weight at 1 height, 5 or 10 drops with the 1 weight at 1 height, 5 or 10 drops with the 1 weight at 2 height. Measure the washer height from surface, a ruler should be accurate enough, drop the lowest and highest of each group and average the rest. It won't prove anything more than you're already proving, but it makes for a bulletproof argument. Not sure we're allowed to mention bullets when we're talking about mv^2, though.
Great work! This clearly gives us a good indication that it doesn't come nowhere near his predictions (yet once again).
Another nice demonstration Ian. And another nice advert for Sainsburys lol. Not sure whether to give you 10/10 or mark you down a bit for your singing. Just kidding - I like to hear someone happy in their work. 10/10.
Yea i should approach them for product placement payments!
I would not use threaded rod as the threads would cause extra friction, this is just my opinion Ian. Thanks for the effort to make the video.
Nice one Ian, and may we all live well for less. 😅👍
@@michaelfowell223 ha have a feeling with what's coming 2mrw that's gonna get harder,but I second the sentiment Mike!
@@Ian.Gostling It will be the same old same old after tomorrow, rich get richer and poor get poorer, that's how the establishment has run the country since the Victorian era.👍😊
If you're gonna do it properly, measure it. 5 or 10 drops with the 4 weight at 1 height, 5 or 10 drops with the 1 weight at 1 height, 5 or 10 drops with the 1 weight at 2 height. Measure the washer height from surface, a ruler should be accurate enough, drop the lowest and highest of each group and average the rest. It won't prove anything more than you're already proving, but it makes for a bulletproof argument. Not sure we're allowed to mention bullets when we're talking about mv^2, though.