Thank you so much. We will continue doing the doctor's good work. 👍

@@tamuphysastr and some students haven't learn staff like this video bec somes from some poor education country.I really happy to learn it with you♥

As someone who hated math and science due to my teachers I think if I had teachers like this I would have enjoyed the classes more

Really appreciate you.

The problem is you can't have that enthusiasm forever

Her and the Crazy Russian Hacker along with Steve Spangler and Bruce Yeany. Now that would be worth watching!

Reminds me of Dr. Ruth!!😁

😂😂

Русская?

@@asbjvcfhnvfgjvcdthc1092 Советская ))) Это Татьяна Ерухимова, профессор Техасского университета A&M

Niko Bellik loves her accent )

Lucky

She's one of your lectures??? Luckyyyy 😭

ml you're so blessed

So glad you're here!

Me too!

Let science make her immortal

I’ve seen videos of train 🚂 locomotives/18 wheelers / cement trucks and fire trucks supported by Eggs/Wine bottles/shot glasses etc. The supported weight must be lowered very level and slow to achieve this effect! It shows how weight distribution works!!

Подскажите,а какая у Татьяны фамилия? Очень крутые ролики.

Because it is physics, not logic. Weight is being distributed evenly on the surface which is put on the eggs. The bigger surface the less pressure it makes on the footing. Therefore, the pressure on each egg becomes less than when it is concentrated in 1 pound weight with less surface pressuring on 1 egg. If she had a bigger surface to be put on the eggs it can be even more weights to be added and still not smash those eggs underneath.

@@user-kh7tk3mu9g Thank you!

Russia. Россия

@@alexrybka6699 Я знал, что это звучит знакомо

Ты тоже русский?

@@alexrybka6699 часть

Ясно

LOL We're here for you!

Here's a great resource: demos.smu.ca/index.php/demos/mechanics/175-how-strong-is-eggs

When the eggs work together, they are much stronger. The pressure is distributed, and with a little experimentation, you may find eggs are MUCH stronger than you might predict. This video shows the potential of eggs: kzfaq.info/get/bejne/p8mIga6Stbacepc.html&ab_channel=SMUPhysics

@@tamuphysastr But that video shows that one egg can hold 6-8kg along its long axis while 4 eggs can hold less than 4 times that. The three eggs in your video could hold more than three times the weight one of your eggs could hold. I guess it is just randomly stronger eggs then.

​@@tamuphysastr I came to the comment sections to find the answer to this question, and I think the explanation is incomplete. If I say: "Wow, 3 eggs can hold 8 kg", then "eggs are strong" is a good answer. But my (and DerWassermann's) point is: - By distributing the force on 3 eggs, I expect the pressure to be one third of the original (pressure = thrust / area) - 2 kg are enough to break an egg; 6 kg should have been enough to break 3 of them Therefore, I would have expected the eggs to break at most after 6 kg

@@LoFaroProductions Good question, I was having the alarm when seeing three weights holding there without breaking the eggs. My explanation is that the surface of the tray is less rigid as the metal weight, so when the tray attaches to surface of the egg, the contact surface could be getting larger so that the pressure is smaller comparing with the situation using the metal weight. And if this is true, then we could expect if we use a washer with the same material as the tray, the one egg case with 2kg weight should still be alive providing the egg and washer can stay still.

@@baumundallesandere Weight is being distributed evenly on the surface which is put on the eggs. The bigger surface the less pressure it makes on the footing. Therefore, the pressure on each egg becomes less than when it is concentrated in 1 pound weight with less surface pressuring on 1 egg. If she had a bigger surface to be put on the eggs it can be even more weights to be added and still not smash those eggs underneath.

Tatiana (Татьяна)

Exactly! The eggs should have got broken when the weights's count is 3 . it doesnt matter where you put weight as long as they are on top of the eggs.

Thank you!