Ring Jump Competition | What'll go higher? 🤯 💥 #shorts

Presented by Dr. Dawson Nodurft, Texas A&M University!

Prepare for the ultimate ring jump competition that will leave you in awe! 😮 Join Dr. Dawson on an electrifying adventure as we delve into the captivating world of magnetism and its mesmerizing connection to temperature. Witness the mind-blowing spectacle of two aluminum rings defying gravity as they soar through the air. 💨 Explore the intriguing reasons behind the superior jump of the thicker ring and brace yourself for an unexpected twist when we introduce liquid nitrogen. Get ready to unlock the mysteries of resistance, current, and magnetic forces as Dr. Dawson embarks on this exhilarating journey into the realm of science!

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[andrew]

for people who have no idea what just happened:

In the first experiment, the thicker metal ring went higher because of the “skin effect” which is the phenomenon when alternating currents flow near the surface of a conductor rather than the entire thing. The thicker ring has a larger surface area and therefore the current flows more easily causing less resistance and more launch

In the second experiment, the liquid nitrogen turns the metals into superconductors meaning that there is no resistance in either ring. The thicker ring has more mass and therefore it’s downward force is greater due to gravity and so the thin ring goes higher.

I really hope that makes sense…

[mintallyunstable]

always thought it's fascinating how electricity and magnetism work together

[michellemorehead]

And I thought Sheldon Cooper was the only one who could get me interested in physics! I LOVE this channel!❤

[EonRune]

To dumb it down, the more metal, the more effect magnets can have.

[HyroX]

I knew it
Physics is really interesting sometimes when they gave you some quiz, making you sometimes guess or thinking which one is gonna jump higher

[coloradohikertrash]

guy just invented the Ring Shooter. That's pretty cool

[saeedaasghar]

Great videos Sir. I really appreciate your work❤

[somncrazy]

… and with Physics. Always.
Love this 😂

[myakhin]

may the force be with you and with physics always😌

[daviddickson]

I'm learning more from here more than I physically learned with my class teacher

[treasureenyinna]

Falling in love with physics right now 😭

[shaxpx]

Commenting for the algorithm Love these videos

[richb]

Science is so fun!!! I missed my calling in life❤

[patientlywatching]

The buzzing noise is exactly the first chord in Eye of the Tiger. 😂

[jollyjunior]

Bros Einsteins cousin, I couldn’t keep up with him 😂😂

[shadowstorm]

Quustion: So if I understand this correctly freezing both of them made them have the same resistance thus the thinner ring waa shot higher because it was lighter, therefore making it about weight instead of resistence. Now my question is, does this apply to enormous objects in which a heavier metal building will be moved further than a lighter one (given the electrical pulse is scaled up from that demonstrated to match the amount needed to move such as an object) would cooling/freezing the metal buildings have the same effect as the rings? Making the amount of resistance null or same, and causing the lighter building to move more than the heavier one? I guess two questions but hopefully that made sense

[palatina]

Since I watch your channel I love physics.

[Xtyvx]

"One is thicker than the other"


That gave me some memories💀

[tinku-sitaputhra]

Can u quote natural incident related to it

[brandonrogersofficial]

This is stuff that’s commonsense just with sounding smart added to it