Open Tube Manometer, Basic Introduction, Pressure, Height & Density of Fluids - Physics Problems

This physics video tutorial provides a basic introduction into the open tube manometer also known as the u-tube manometer. It explains how to calculate the absolute pressure of the gas in the bulb and the gauge pressure given the height difference in the two columns. In addition, it discusses how to calculate the density of the unknown fluid. It contains plenty of examples and practice problems.
Volume Unit Conversion:
• How To Convert Cubic C...
Specific Gravity & Density of Mixtures:
• Specific Gravity and D...
Will It Sink or Float?
• Will It Sink or Float?
Intro to Pressure & Fluids:
• Introduction to Pressu...
Atmospheric Pressure Problems:
• Atmospheric Pressure P...
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The Gallon Crusher:
• Physics - Fluids & Pre...
Absolute Pressure Vs Gauge Pressure:
• Absolute Pressure vs G...
Water Pressure Vs Gauge Pressure:
• Water Pressure, Gauge ...
Pascal's Principle - Hydraulic Lift System:
• Pascal's Principle, Hy...
Mercury Barometer Problems:
• Mercury Barometer Prob...
_____________________________
Open Tube Manometer:
• Open Tube Manometer, B...
U Tube Manometers:
• U Tube Manometers - Pr...
Archimedes Principle & Buoyant Force:
• Archimedes Principle, ...
Full-Length Videos and Worksheets:
/ collections
Physics PDF Worksheets:
www.video-tuto...

[@TheOrganicChemistryTutor]

Next Video: kzbin.info/www/bejne/ZnSug3qpgb-bbLs Final Exams and Video Playlists: www.video-tutor.net/

[@CurtisMitchell-rt5fz]

Open up utube app

[@emmanulluakila4302]

bro i a always impressed how this guy can explain a whole chapter in a few minutes . wish my lecturers was that simple

[@redapples4422]

You are the MVP. It's my first week in thermodynamics and I was about to drop out because I didn't understand a lick of it and now im just cruising by the homework problems. Thank you for this valuable free content!

[@AhmedMohamed-pg2bb]

Bro you don't understand how much this helped me. Thank you ever so much!

[@SamEmma-jk2hw]

This few minutes is million times better than 2hrs I spent to learn this in class. Thanks bro

[@ranawaleed4682]

Very helpful. This video clarify my all misconceptions. Thank you very much Sir.

[@veenakirale1848]

i just have no words ,,,,,,,,,.......its best ..excellent i understood everything

[@whizzkidkis]

Thanks so much for the video. Helped unlocked something that wasn't clicking. Much appreciated!

[@firstlegend5105]

This is very helpful for my Thermodynamics module for Engineering. 🙏

[@tsionayalew1223]

The most advanced tutor in the world.

[@s.prabhavnarayan3416]

my physics exam is tomorrow, I full understood about open tube manometer calculations thankyou bro.

[@najibabdishakur1118]

thanks dear teacher i always watch your videos whether it's physics or math thanks again keep doing

[@westy7846]

banger video my guy

[@caldee04]

thank you sm sir,you saved my grades(I have physics exam tomorrow)

[@nsaharshini9467]

Thank you soo much

[@satoseitoku]

This video is thousand times better than my professor's explainstion

[@jenniferku5837]

thank you SO much for this video!!

[@artingoodarzi4423]

you are a lifesaver

[@chrisfourie7783]

Thanks mate this video saved me 40 bucks!!!!!

[@edpagan5421]

How? I wanna learn

[@edpagan5421]

How? I wana learn

[@nathan8472]

@@edpagan5421 he usually gives Joseph in our class 40bucks to cheat from him. now that he learned from the video he doesn't have to pay the 40 bucks

[@amongojersond.8365]

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[@mileslegend]

Am going for a test... If it comes and I have smashed it... I will give you a five star rating

[@sababatamanna2117]

Thank you!💜

[@ZULFERISYAHPUTRA]

Dear Sir............Example Problem : One hydraulic cylinder, the end is connected to the Threaded rod so that it can be rotated. Cylinders with a bore size of 18 mm, 10 mm rod and a stroke of 300 mm single acting in a condition that is filled with oil. If the cylinder is rotated 10 mm. a. How to calculate it b. What is the gauge pressure

[@zaralearningkorean]

No one: Me before he even says it: in this video..

[@giagarfin]

THANK YOUUUUUUUUU

[@ayaaljmi6469]

Thanksss alot💕

[@d_lfas8106]

Thanks

[@ronisuyono9978]

in the first number , what if the liquid is changed with water ? what is the solution and what parameters should be changed ? thx

[@pranjalverma3501]

Thank you sir.

[@AkliluDemissie]

how can i know one of them are more pressure?without graphs

[@lindaowusu1526]

Can you please vividly explain Pl=Pr

[@realkingrey2732]

this is dope

[@johnmanuelm.escueta6987]

SALAMAT!

[@markjoseph261]

Limitations of Peizometer : Gas pressure can not be measured because gas can not form a free surface

[@abcd6924]

A doubt: can't I take pressure in atm itself?? That's a pretty simple number---1

[@ritesha8050]

Thx

[@luyandabanda2533]

For the u-tube manometer you didn't convert cm to m why??

[@weeyek3320]

When we neglect the atmospheres pressure?

[@marekjanik9962]

Whenever we can!

[@moecodes_]

when it's a closed tube. as long as air can access the tube you have to consider the atmospheric pressure

[@ZxNaba]

Menelantarkan

[@anilsharma-ev2my]

Why we cannot use a dam like a barometer which gives electricity without flow of water outside so we can provide electricity even if there no enough water in dam

[@alexlow9714]

i dont understand the gauge pressure part. 6:21

[@jesscasandy5014]

i have understood even compared to when am in class🙄🙄

[@brilliant1863]

Damn Mark Wahlberg explaining fluid mechanics!

[@Rayanisno.1okd]

I don’t understand 😭 i might fail physics help anyone pls

[@db2885]

Khan Academy my ass ! This is the best channel!

[@vg-qq6sw]

what about the 60 cm height

[@drewdavidson5501]

where does 9.8 come from?

[@xmertrix]

Gravitational acceleration 9.8 m/s^2 ρ(g)h

[@Kurosaka]

*G O A T*

[@amansaiyad7177]

you are beast bro!!!

[@universaljudge3790]

So if the gas pressure is less than the atm then it acts like a vacuum

[@deependraverma4382]

No, It doesn't act like that. Forces just become unbalanced. If it was a pure vacuum then the whole liquid is shifted to the other side because atmospheric pressure is 10^5 Pa and Vacuum pressure is 0. Hope it helps!!

[@thibautverrue]

Hero!

[@abdulsaburharuna8234]

Pls is the: A. The density of the gas is less than the density of air. B. The density of the gas is greater than the density of air. C. The pressure of the gas is less than atmospheric pressure. D. The pressure of the gas is greater than atmospheric pressure. Thanks need answ. nowww

[@ranawaleed4682]

what have to find

[@kingjay688]

What if I’m not given the height of mercury?

[@nathan8472]

solve for "h" in the equation if other values are given.

[@barreltapper]

So if the pressure of the gas is removed, the mercury would mount on the right side to the same level as the left side,, does this mean that gravity is pushing and pulling at the same time? In other words why does gravity need to find a level?

[@zyrojaymontero7631]

because gravity is a downward force acted upon things so we need to consider it.

[@luyandabanda2533]

On the other video

[@thibautverrue]

Hero

[@JRockTT]

So if you just use the height difference of 600mmHg and convert to Pa, you calculate a slightly different value: 181,317 Pa. Can you reconcile? Especially given your video here: kzbin.info/www/bejne/boGYf5-mrayHbbs Same for the second example: 47,995.92 Pa

[@sheetalsawlikar8059]

WTF

[@abenoorin644]

errrrrr this just confused me even more. god damn it :(

[@aahilabbas4014]

Imposible

[@anjalibansal4063]

Thankyou