Can you put the exact amount of Agar agar and other ingredients, how long you dissolved it

Baumbach Spur

Which pump have you used for purging?

Well-done but background music is disturbing

very helpfull

CAN WE DO FOR POLYURTHNANE,I TRIED BUT NOT POSSIBLE,PLEASE COMMENT.

Thank

Appreciate the happy cheery music as the houses sink.

Great

since the video actually looked at what would happen with a conical tread & flexible axle, one should also consider cylindrical tread & flexible axle (it might make cylindrical tread work better than they would otherwise)

Thank you so much, It is easy to understand about Intergreen time.

Great demonstration.

Would the conical wheels with free spinning axle derail if part of a two-axle, four-wheel bogey? Or would this help stabilize it?

can u prepare customised fibre on payment basis?

When touching the surface with the broom in the subcritical flow, why do the waves propagate so quickly upstream? It seems like they travel extremely fast, against the flow.

It looks very cool but it looks hard to scale production up to a big scale. Also this needs a way to build a waterproof wall. In the video its obvies that it will require another cover for waterproofing. So i don't think this has a future as is. A diferent panal that is watterproof that is machine produced is what we need.

Reaction time should cancel out of the equation since applies to both the entry time and clearance time

was there electric voltage apply or no ?

Build with hemp fibers 1/2 the weight 10x the strength

Many thanks! =) Very understandable.

Study is incomplete without 🤔

A bit of a misleading video due to the shift in camera position during the test, but the reference line doesn't move so the video shows a sideways shift in the beam which in reality didn't happen.

Nice

and now you see why monorails never work!

Thanks !

Love the redundancy with 50 percent overlapp. Using mortars it could be analogous to timbrel vaulting. Kudos

Why does physics always involve red farms houses?

WOW.Information,known,in the U.K.,since the 1890's.Obviously the engineers of that time knew nothing.

this is a really good video about the matter, thanks lads and lasses

Hi, what is the size of the specimen?

what is the name of machinery used and which ASTM is recommended for this test?

The angle of a train wheel is; 1/20 slope. So, if a train wheel is 20 inches wide then it would have a 1-inch smaller diameter on the inside next to the flange. A 10-inch wide wheel would be 1/2 inch smaller. And a 5-inch wide wheel would be 1/4 inch smaller at the flange. Correct me if I'm wrong, but I think I have that right. A 1/20 slope is equal to what degree? Also, what is a real train wheel width? Thanks.

Wow !! Very clever ! Could you explain the role of every ingredients please ?

Beautiful… what is the name of the machine

The movie begins....oh wrong video

the music is sending me

Precise & well-prepared Rusting experiment !! Definitely will help my high school students understand better .. especially the observations. 😁👍🏻👍🏻

Hello, which software did you use to verify the forces?

.....and that folks, is how you bury a civilization like Tartaria.

Where do you get those interlocking concrete blocks?

The thumbnail very wrong...who the f hold a beaker like that? 🤣 university....

Could have done the same thing with an air form and a stucco sprayer on some fabric

Suyla dolu iki armut vardı. Hidrostatik basınçlarının aynı olduğu görülebilir. Ayrıca, 1'de armut tamamen suyla doldurulur ve üzerine basınç uygulanır ve su yükselir. Ek basınç verdik, sıvının içindeki basınç arttı, su yükseldi, mantıklı. Ama kumla dolu bir armutta, bastırıyoruz ve basınç keskin bir şekilde düşüyor! Bu neden oluyor? Bu fenomen, genişleme faktörlerinden birini tanımlar. İkinci armutta ise parçacıklar yeniden birleşir, birbirlerine sıkışmazlar. Sonuç olarak: gözenekler önce küçüktü, sonra büyüdü. Parçacıklar yeniden düzenlendiğinde, kum fazla suyu emdi. Kum yoğundu, gevşedi. Sıvıdaki basınç artmadı, aksine azaldı.

TUM-Student hier, danke sehr!

nice

This is the system they currently use, and it's a clever solution, but can someone explain what would happen if the train had 6 wheels?

This is a terrible design. Upon the end of the lifecycle the majority of this kind of product would be destined for landfills with practically zero re-usability or recycling options. Also this is a terrible waste of man power and resources. Quick to manufacture and lengthy to install. Someone only cares about large labor costs to turn a profit. Next.

what's a greenfolding?

This video helped me a lot in my recent research.

So basically a train ~ they invented this 400 years ago