Bulk Modulus of Elasticity and Compressibility - Fluid Mechanics - Physics Practice Problems

[@TheOrganicChemistryTutor]

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[@ivanjosephcuizon5727]

What is your reference book to this?

[@soupysoup931]

Now this makes sense how the bottled water, sprays, any sorta gasses/fluids work in the real life application and why you can have a submarine at the bottom of an ocean. Thanks a ton, man. You grow us so many braincells that way.

[@prosp3421]

😅🙏🏻🔥

[@maheshiwasundara6811]

You're explaining this bulk modulus theory very well and clearly. This is so much helpful. Keep up your good effort.

[@meow5692]

Dude he's super hero... Like he know everything! The physics ,the bio, the chemistry, really hatts off to you sir..! Thank you

[@ericboafo3456]

This guy must be way smarter than Bruce banner and ironman altogether

[@scariestshepherd]

man icl lie your videos really help alot...just gained a subscriber

[@stephanosphilippou1300]

This was really really helpful.

[@athenkosinelani759]

Thanks a lot your videos are really helpful

[@manishnrmk5205]

explained briefly and neatly ......Tq brooo....

[@hi.1095]

i have a question. since the delta v is vf-v0, and since we know that that results to a negative value because , if the volume decreases, vf

[@zanekhpsa3543]

May god bless you with everything you desire in life @organic chemistry tutor

[@leabelarmino1338]

Heyyyy can you do something like problem solving? Because at my school it has lots of them. It would be very helpful for me to know the terms that are used to identify the given (bc I'm having a hard time on it). Thank you so much 😅

[@siddheshdhanawade3709]

U can see the Indian channels they explain very well 🙏

[@samuelngoako1952]

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[@angajasonr.2422]

Hi engineer

[@staybased9320]

@@siddheshdhanawade3709 my ahh then why am i over here

[@ppnovoir]

I just wanted to say that this guy is left-handed.

[@adamms6298]

How do u know

[@allenchristianchua8897]

How do you derive the formula to find the original volume, given the bulk modulus, change in volume and bulk stress

[@sonkemctan8187]

Thank you. 💪

[@eshabhowmick6618]

Why don't you put negative sign on the result of bulk strain??

[@lina3995]

The bulk modulus is actually positive. The negative is meant to cancel out the negative result from the change in volume

[@dylanriffel6013]

The change in volume was supposed to be negative, but nonetheless a great video.

[@James-ok4zo]

Wouldn't the change in pressure be 149 atm? Before falling into the sea, it would already have an existing pressure of 1 atm. Initial Pressure being 101.3 KPa and Final Pressure 15195 KPa. Thus change in P being 15093.7 KPa (149 atm)? Great video nonetheless.

[@exildahmusonda7232]

You are great.

[@solomonaboagye9120]

Why was the negative sign in the change in volume in bulk strain not maintained for the the compressive force as well since they are all depressions.

[@singha2927]

What​ about​ B= -​V(deltaP/deltaV)?

[@surajsingh-yg6yw]

In Pascale's law in a fluid every point inside fluid gets exerted force from all directions.. Why all forces are not balanced each other????

[@IslamFFarag]

pressure not force "" + wight always pulls down the body + shape and denisty of the body also matter

[@lalithakamala4872]

Thank you...so much

[@kaursingh637]

sir -very good

[@mogauzan94]

Thank you very much ☺️

[@krissandrew4524]

Plss i am confused How did they get d formular??

[@krissandrew4524]

Break dwn on how d formular is being derived

[@lalit6727]

How can we make calculation be easy

[@abelbekele7732]

T/r you are perfect and keep it up. How I pay from Ethiopia to register?

[@mugabohassan5235]

Hey good evening how dobl get an equation of compressibility. C= 1/K

[@darkluna963]

Thank you

[@dilan8005]

I would like to ask why the value of Strain is positive? If the formula for the Strain= -Change in Volume/Initial Volume

[@Thomsen110796]

Because he forgot to move the minus, he had in the calculation of Delta V / V0, to his final answer.

[@JoaoVitor-cz9pk]

What app/platform this blackboard is from?

[@Cherub-2024]

Hello, blogger! I have focused on your channal for a long time and I have a small but vital problem after watching this video. It is related to the fomula that used to calculate the delta volumn of an object that under the surface of the water. In this fomula, there is a P, and you call it pressure. The question is that this pressure refers to the pressure on the top of the object or the bottom of the object if the object is so large (but compressible) that the change of the height is not negligible. Anyone can answer my question if you understand what I mean and have a relative correct comprehension and solution of my question. Thanks !

[@Cherub-2024]

who can answer me ？

[@rando_guy]

From what I understand, This formula assumes that the pressure is uniformly applied throughout the body (equal everywhere) So the resulting object is of the exact same shape just a bit smaller

[@farhanishraq7228]

easily explained

[@metzgomez8409]

In getting the change in volume, isn't the answer wrong? Shouldn't it be 0.01137?

[@glicelmagsayo7840]

4:35

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Any engineering economics??

[@Mayorrode]

🙏 thanks

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is mark walburg voicing this video

[@Polkatulkjustin]

this was just one problem?

[@meow5692]

😂

[@yashedit.x]

❤

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Binod

[@faisalmohamed4595]

Man i hate Physics

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So what are you doing here?

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[@sabitalhasan]

@@faisalmohamed4595 R8, Where are you from? And which sub are you learning? If you don't mind!

[@sonkemctan8187]

Thank you. 💪