How Much Can A Ship Hold

[@MrCelticjazz]

This is now my favourite channel on KZbin Tube. Thanks and keep up the great work!

[@littlegamer00]

americans use anything but metric system "3 football fields and 24 Eiffel towers"

[@ihmejakki2731]

😂😂

[@HonestlyHolistic]

I am european but I like the visualization better in this case

[@AScottB]

Come within 4 cows of me and say that. 😉

[@izzynobre]

He actually sounds Canadian. That “out” sounded very much like they say it…

[@afzalrahman7463]

Totally agreed😂😂😂❤❤

[@randomsearches369]

You are my inspiration for reaching excellence and creating value. Thank you, Tommy.

[@chato12377]

Such a great explanation!

[@bbbenj]

Very clear!

[@epouch2021]

Perfect explanation 🎉🎉🎉

[@Narwhal.M]

Great explanation, where do you make such animations

[@AScottB]

Fascinating. Next question: how does anything sink if it’s just displacing water and should remain buoyant?

[@humzajohnson8096]

A 6-foot human weighing 200 pounds displaces water based on body size, not weight. If the volume of water displaced is less than the weight of 200 pounds of water, the person will sink. Conversely, if I were a 15-foot human weighing 200 pounds, I would displace a larger volume of water due to my size, creating a more substantial base of support in the water. To put it another way, think of it like this: water has varying levels of buoyancy. The deeper you go, the more pressure there is, which increases the water's ability to support weight. So, even if I weigh 200 pounds, having a larger volume allows me to displace more water, providing greater buoyancy.

[@izzynobre]

That “out”… are you Canadian, by any chance?

[@dallascowboy2221]

Very good explanation, I learned how airplane wings generate lift and learning how big ships stayed afloat was next. Check

[@savedbygodsgrace1622]

Air pockets in the bottom of ships make them buoyant

[@MahBor]

What program do you use to make these?

[@majabvimazibuko7594]

I still dont get it, a block of 3000 tonnes will sink but a ship weighing 3000 tonnes will float, i mean a slab of concrete cannot float so how is the bouyancy principle not applicable

[@humzajohnson8096]

A 6-foot human weighing 200 pounds displaces water based on body size, not weight. If the volume of water displaced is less than the weight of 200 pounds of water, the person will sink. Conversely, if I were a 15-foot human weighing 200 pounds, I would displace a larger volume of water due to my size, creating a more substantial base of support in the water. To put it another way, think of it like this: water has varying levels of buoyancy. The deeper you go, the more pressure there is, which increases the water's ability to support weight. So, even if I weigh 200 pounds, having a larger volume allows me to displace more water, providing greater buoyancy.

[@mmn5508]

wow

[@bartosz7170]

Standard international units used would be better