You definitely deserver more subs than any youtuber because you give content that is actually educating. I have learned so much from you that I can consider you as my teacher/professor for all major subjects
This is a great video, but I want to point something out @8:17. I think Sal is confusing volumetric flux with volumetric flow rate: volumetric flow rate is the rate of volume flow per unit time (e.g. L/sec), while volumetric flux is the volumetric flow rate per unit area (e.g. (L/sec)/square meter). This is important to note, because they're not the same thing, and I noticed something was strange beginning with a previous video (Bernouli's equation part 4) when the units of flux provided at the end of the calculation didn't match the units I came up with; I performed dimensional analysis during the calculation, while the units were omitted in the video (in all fairness, for simplicity and the sake of time). Anyway, great video. Please correct me if I'm wrong. Thanks
haha we think the same! the first time i thought off when i heard of flux is the flux capacitor! way better and shorter then the videos of the technion.
The time for water to flow through an Ostwald pipette at 20°C was 297.3 sec. The density of water at 20°C is 0.9982 and the density of a sam- ple of olive oil is 0.910 g/mL. The viscosity of water at 20°C is 1.002 cp and the viscosity of the sample of olive oil is 84.0 cp. How long will it take for the olive oil to flow through the Ostwald pipette at 20°C?
I see that you are calling for donations. Consider it done. Also, happy to contribute material, should the need arise. Physics/math/programming are all in my wheel house.
hi khan, thank you very much for this video. it was understood. however, my challenge is that, your analysis is based on fluid. how about if the material is granular in nature. like fish feed or pellet. i am currently doing a project that involve the automatic distribution of fish feed in a pond. Issues such as ratholling, bridging sometimes occurs. in my design, the fish feed is in a cylindrical container which has only one exit. i want to analyse the flow of the fish feed as it flow through the exit. i want to know if i put 5kg of the fish feed how long will it take to empty through an opening of say 5cm x 10cm. will the equation for fluid be applicable for these soft granular material. please i need this help. thanks
Thanks for the video ! But ı have a question hope that this gets answered: The reason why we were able to use same amount of time (t) for the left and right side, is because the pipe was full at the first time ?? so lets say 10 cm3 water that we put has to come out at the end at the SAME TİME because the pipe was full ?
I'm at a paradox here. I've heard a theory of a possibility of compressed liquid core gas giants that emit no thermal energy. Can open space be so cold as to freeze liquids, compressing them as their gravity increases? If so, what prevents thermal generation? I could never understand that part.
Actually fluids are compressible. Just not easily so. When water is heated and cooled, its volume changes. Air conditioners use a similar principle to heat and cool air by changing the volume of a liquid.
I wonder what would happen if you compressed a liquid extremely hard but the material around the water could not break. I guess it would turn into a solid, like lukewarm ice or something.
Sir, fluids are compressible. Gas is a fluid. Gas is compressible. Liquids are not compressible. The changing of volume when water is heated/cooled is due to the water becoming gaseous water. Hope you understand now.
All liquids are compressable the same as Gasses and some solids! Refer to Haz-Mat Training from Federal D.O.T. and N.F.P.A. In the Fire industry, Oil & Gas, Industrial and Commercial applications use C.A.F.S. ( Compressed Air Foam ) the foam is water ( Liquid ) based and when Both products are combined with enough Pressure, there is a cohesion that allows them to remain under Extreme pressure!
Lol thats not thought provoking at all. Solids are incompressible right? You put a rock that perfectly fits into a rubber ball, you cant press it. Liquids are like solids, just without a defined shape.
