That sounds amazing!

I wish I couldve done that

@@nachocheeseburritos9710 same

@@SeeTaller imm you can go around my dad's knows someone who did did plus I've seen actul vids before this one I've even watched someone I know go round the chain was fully wrapped up and sat on top or did you meen a chance of infinite loop possibility

Back when people had those small metal backyard childs swingsets from the 70's and 80's, an athletic youth/teen could definitely generate enough speed to swing over the bar. Slightly short chains, get enough speed to go above the bar and freefall, then one very hard pump to send you over.

Yeah

And fall

Lol is that a Recess (the show) reference??

@@morgannec.4811 I know that show and idk because I didn’t know the show at the time. But it will be crazy if it was lol

Yes

Give a like is you agree!🥺

You mean Lewis?

YES! We love our #1 comment!

Good on ya

Great question. We haven't done any calculations on it, but that would be super interesting to find out. I hope your report goes well.

@@SeeTaller thanks it's a pain in the ass to find any way to make calculations 😁 but great vid

For biomechanics I had to learn and explain this as well. What it comes down to is bringing the center of mass of your own body down (by bending) when you descend (7:01), so you can take advantage of the force of gravity, and you get more speed because you make the rotating arm as big as possible. When you ascend (7:02 ish) you want to do the excactly the opposite so you stand up to bring your CoM up, so you the forces of gravity (pulling you down) will impact you minimally. By standing straight (so bringing your CoM up), you will get higher too because you will increase your rotational speed. You can compare this to doing a somersault or a head roll: the smaller you are, the quicker you rotate. So when you go up and you stand up, you bring your CoM higher towards the pivot point of the swing, which will basically make you rotate faster, or in other words, get higher. But when you go down, you want to make te biggest curve as possible so you maximize the forces of gravity that pulls you down and gives you speed, so you bend. You can compare that to a halfpipe, where making the angle as steep as possible won´t be as effective as making a curve like it is now. Initially you´ll maybe go faster going down, but a big curve will make the transition to going up faster and more smoothly. (By the way when you ´pump´ while skateboarding to make hight in a halfpipe, you apply excactly the same principle to make hight in a swing: you bend when going down, and in the middle; you explosively stand up. Think about what that does to your CoM) Another analogy would be putting a heavy ball on a the end of a string and releasing it at it´s highest point (the ball is your CoM). Imagine the speed in which it´s falling down (compared to putting the ball at 1/2 the lenght of the string). Now imagine the ball magically moving to 1/2 on the string under the rotating arm (in the middle) when you go up. And at the highest point moving to the end of the string and so on, and so on. My teacher calls all of this the housefly principle, because if you track your CoM when you swing like this, it will look like the wings of a fly. So bend when you go down and stretch when you go up, both ways. Lastly, explosively bending and stranding up straight when you are at the bottom (or top when you go all the way around), will increase your hight because you are adjusting your body correspondingly going up or down. Lastly lastly. Want to slow down? Do excactly the opposite movement with the bending and stretching. Try it! It´s really interesting and once you get it, it will change the way you look at swinging, maybe it takes a moment to understand what it comes down to, but once you get it you´ll won´t forget it. You can send me a message if you like and I´ll share the report we wrote on this including formulas :) PS: I´m Dutch and the report is in Dutch too but you can translate it easily.

@@dinojansen7511 gladly 😁

@@dinojansen7511 sound very interesting

@da dog wit da big nose ratio

You have to use the law of conservation of energy. Gravitational potential energy + Kinetic energy = A constant. At the top of the swing you have maximum gravitational potential energy and at the bottom of the swing you have maximum kinetic energy. To reach the top you have to put in enough energy to equal the potential energy at the top and combat the friction in the swing and air resistance

Because it's fun ✨

Nah bruh - not if we swing all the way around 😉