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500 ton press vs uranium ball

10,096,833 просмотров • 2 лет назад •via X (Twitter)

Комментарии: 10

Фото профиля NiYi 𝕏 🐦
NiYi 𝕏 🐦2 лет назад

Finally found that material which is used to make nokia phone

Фото профиля Theatrical Theology
Theatrical Theology2 лет назад

If you think that’s impressive, you should see a Nokia under that pressure.

Фото профиля Amit Shah (Parody)
Amit Shah (Parody)2 лет назад

The moment he waited for

Фото профиля Sankott
Sankott2 лет назад

Spanish dancer

Фото профиля The Appalachian Podcast
The Appalachian Podcast2 лет назад

Didn’t realize it was that strong. That’s wild

Фото профиля Amit Shah (Parody)
Amit Shah (Parody)2 лет назад

Humanity ♥️

Фото профиля DallasDHom
DallasDHom2 лет назад

Uranium Ball made that press depressed!

Фото профиля Fevil
Fevil2 лет назад

I love how they risk a nuclear explosion to show us this.

Фото профиля MECHANICAL MAGNIFICUS
MECHANICAL MAGNIFICUS2 лет назад

@notaslyfoxxo Correction: “steel ball vs. lead press”

Фото профиля Remember this 👇
Remember this 👇2 лет назад

A 500-ton press would exert a significant amount of force, capable of exerting 1,000,000 pounds (500 tons x 2000 pounds per ton) of pressure. However, it's important to note that the outcome of pressing an object with a 500-ton press depends on various factors, including the strength and density of the material being pressed. Uranium, being a heavy and dense metal, would likely withstand considerable pressure from a 500-ton press. However, the specific outcome would depend on the form and condition of the uranium. If the uranium were in the form of a solid ball, it could potentially withstand the pressure without significant deformation or damage. It's worth mentioning that uranium is a radioactive and toxic material, so handling it requires proper safety precautions and expertise. Additionally, pressing uranium with a 500-ton press could have unintended consequences, such as the release of radioactive dust or the risk of contamination. In summary, while a 500-ton press has significant force, pressing a uranium ball with it would likely not cause significant deformation or damage to the uranium, assuming it's in solid form. However, such an action could have safety and environmental implications that need to be carefully considered.

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