Introduction to Manometers - part 1

How to read a simple manometer.

[@passiveincome8564]

Very informative, well explained in detail,

[@marythr2617]

Thank u!! U actually make things easier to understand.

[@independentvariable2044]

I hope at this moment you already graduated and have a good job 🙏

[@abdulbasitkhan8390]

it's a good job who ever doing it....thank you.. it's helping me to get rid of confusions

[@kyugreywolf6801]

You couldn't have been more clearer, and I didn't realise the derivation for P=hρg was so simple xD Thanks a lot, I'll definitely be looking out more for your videos (':

[@bpatide]

Please stop disliking the video. Because, one, This is a quality video simplified beyond expectations, and two, due to 69 dislikes as in this point of time.

[@arhamshahzad9491]

Thank you so much. You are a very good teacher

[@EngineerClearly]

:)

[@luisoceanman6250]

Hi thanks for this instructed video, is there any way to accomplish the same high level in both side if the tube has deference measurement one being wider than the other, and if so what density this liquid will had to have to accomplish it, I will appreciate you help, thanks

[@Hallitsija]

This helped a lott for my physic demos in the university. Thanks

[@nicolassardella7897]

Awesome explanation, this helped so much- thank you!

[@samuelcarvalho3691]

Thank you soooo much!! This cleared up a lot of doubts!

[@McCulsky]

Great and simple explanation.

[@aylaaktan]

Very useful, thank you! Any new videos coming soon?

[@SoloArdo]

Great concept and clear as water, what program do you use?

[@anshtiwari1593]

Ms word

[@EyeBDaMD]

Thank you! I got everything up to the point where you started crossing out kg and s² on the 9810. My brain is shot, but why didn't you cross out the m?

[@akyiaaantwi5504]

i also would like to know

[@nikhilperoth6919]

is there any chance to overflow of manometric fluid if pressure difference is very high??!!

[@paugasolina5048]

excellent explanation

[@fozhlccrn1999]

This is really very helpful. Thankyou:)

[@kaisermili5183]

This is easy way to learn thanks alot

[@shamazhar8898]

why u have to include force unit at 6:25 ?

[@chikumbutsogenti1175]

How can one design an experiment using a simple manometer to Detect whether someone drinks alcohol or smokes

[@___1287]

What if I wanted to solve for a free flow velocity?

[@marilakshmikumaraguru1096]

Thank you for such a good video

[@somu9083]

Thank you very much i understood but what abou P1-P2

[@moslimislam5714]

Pw=P1-P2

[@Paperflower.]

If you take p2 to the other side it becomes -p2 hence, pw=p1-p2.

[@shin6997]

Wow! That's a long derivation of formula. Anyways, I could just use the formula for gauge pressure to get the pressure of the water right. Thanks for this!

[@anthonypascual9347]

Solid video.

[@sababatamanna2117]

It's so interesting! Thank you!

[@markuswalter3611]

why is density = 1000kg/m2 isnt it mass/volume?

[@EngineerClearly]

Yes, If I said m^2 it should be m^3.

[@jayantipagi3390]

Thank you very much 😃

[@bandorelo_]

Very clear, thanks a lot

[@SufficientGrace237]

I don't understand, density is in Kg/m^3, and the height given is in cm, how comes the cm is not converted to meters

[@callsign.interceptor]

NICE ONE THANKS.

[@mohammed18sd]

wonderful

[@SufficientGrace237]

I don't understand, density is in Kg/m^3, and the height given is in cm, how comes the cm is not converted to meters

[@8990Robert]

You kinda sound like Seth Rogan lol

[@chriskheng9192]

thank you!

[@mondainai1582]

Thaaank you, I finally get it :D

[@mir_0007]

Sir can u give this in hindi also?

[@erick.gudino]

cool :)

[@RaimondoLeo]

thank you

[@gehadyasser1001]

Thnkuu so muchh

[@anilsharma-ev2my]

Show how much workdone by an aneroid barometer in joules by an actual model of an aneroid barometer Please show the actual data in terms of energy. Efficiency How much work done by an aneroid barometer in one month or years as an average so we collected atmospheric energy at home and recharge the battery automatically

[@sumeraarshad3897]

What happened after 4:15 OMG x_x

[@incendiaryb8780]

thanks a lt man

[@nikhilreddy9614]

thanks a lot

[@AakankshaDeshmukh]

Thanks!!

[@EngineerClearly]

Thanks, SmoothDraw {DOT} com

[@ericjhoncarlosantos7592]

thank you.... :)

[@hawari30]

why p1=p1

[@thesilentkiller2012]

Cuz pressure of air in a closed vessel is equal at any point

[@dineshswami9255]

want a more simpler explaination :)

[@sumeraarshad3897]

Is anyone else 14 and studying this? Because in Pakistan we do

[@Mae-nw6cv]

Steven lool

[@StewartCartwright]

hahahahah mixing between imperial and metric units throughout the equation ? jesus thats confusing

[@Chiborino]

the only imperial units are lb/in^3, and he just did that as an example for another unit of pressure being "force/area". The equation only had imperial in it.

[@jasonanderson846]

Yeah... I'm marking C for these problems

[@leojf3828]

Dig!

[@rishabhsharma8743]

Am I the only one who thinks he is high xD...although great video. Cheers!

[@EngineerClearly]

+Rishabh Sharma Only high on life my friend.

[@richmullen8851]

Wow, hard to see how this could have been made more complex. Should have wrapped it up in about 2 minutes.

[@farrisqassem9050]

Bro can you please not be complicated affffffffffffff