reading water tables

A description of the saturated and superheated water tables, the data found within them, and how to go about finding the data for three example thermodynamic states.

[@Mustafa-xm4uf]

One of the best explanations of steam tables. ever.

[@kkesling12]

THIS VIDEO CHANGED MY LIFE!!! I am less than 6 hours away from taking my thermo final exam but this is the first time I have thought the tables were simple. I have looked at the, like a foreign language for this ENTIRE SEMESTER and now I know what to do. I am so happy, I can sleep now!

[@wanahmadfadhli7914]

today is my final exam for thermodynamics. I just watched this video. good right?

[@ThetruthQ12]

Thank you so much. my lecturer didnt even teach us how to analyse the table. really appreciate it.

[@thesaadimtiaz]

Sir you saved the day , we have a real MVP over here.

[@elvisboyaci8276]

You, sir, are a life saver.

[@syfax3697]

Great video and great explanation. Thank you very much!!

[@mertozd2784]

Incredibly amazing! Thank you so much !

[@yousefchaudhary5080]

This was incredibly helpful! Thanks man!

[@animangafan342]

so my problem is that I have 125 C & 750kPa (.75MPa) for H2O so i go to the saturation water to find 125C but the pressure is too low. So i go to the saturation table for pressure and the temperature is almost double. What do i do now?

[@nouramohammed275]

GREAT JOB BRO THANK YOU VERY MUCH YOU SAVED OUR LIFE!!!!

[@williammaldonado6711]

You just saved my life thank you so much

[@290chinmay]

Thank you for helping through your video.

[@danman281]

Seriously very good explanation

[@LincolnC11]

I'm so confused when i was in class....thanks for this

[@JunLiLin0616]

It's super clear.thx a lot

[@deep-explorer]

for your help I can study for midtermtest. thank you very much

[@LemondropLucy]

Great video! Really helpful! Where could I find these specific tables? (Most that I've found are harder to read)

[@shantanubhattacharya4510]

thank you this video helped me a lot

[@borabaskaya6451]

well explained, thanks !!!

[@mattpowelluk1]

can i have a link to the table please?ta

[@sachinnimbhal6129]

AWESOME Explation

[@simond.2593]

Great video

[@wsnow785]

Really really help a lot

[@aymenzeghloul8167]

Can u tell me what is the diference between the enthalpy and the entropy please 😢

[@carlosnava8351]

what happens when you have an undercooled liquid?

[@user-hm9ey3it1b]

you are my hero sir

[@VibhanuArachchige]

Thanks really helpful

[@TheCj383]

AMAZING!!!!!!!!!!!!!!!!!!!!!

[@Mikeoscope]

Excellent work.Can you please do another example with a subcooled scenario? I thought the second example would be subcooled though :(

[@omaribawn777]

thought so as well seeing that the pressure was below the saturation point

[@danman281]

Well explained

[@sadmanshahriyarsadid520]

Nice explanation

[@mustafamarvat863]

believe me sir these tables were aliens to me before watching your stupendous video god bless you

[@keremyld8186]

Lol me too 😂

[@xxlegendxx7043]

where can i find the table?

[@ezwanezreenebinmohamadstud7716]

Can someone solve this question? Do I need to refer steam table to find the value of specific heat, specific latent heat & specific heat of steam as those information are not given? The question are as follows... "Determine the amount of heat needed to completely transform 1 g of water at 15°C to steam at 115°C".

[@jasonroberts9691]

thank you sir

[@badpanda84]

Thanks.. this wasnt very clear in my thermodynamics textbook

[@ahmadjavid4068]

Great explanation! Cheers

[@rck3321]

My life makes sense now

[@ppainppain2257]

easily understand for students

[@a_potat]

When do you know when to look at temperature vs pressure table. That is very confusing. Especially when given both?

[@ProfKnutsen]

choose whichever you like... if you know temperature, and the value is listed on the temperature row, it's easier than interpolating. Similarly for pressure.

[@a_potat]

@@ProfKnutsen thank you! I get it now 🙂

[@pringles1978]

Still so usefulllllllllllll

[@BipinOli90]

f for fusion

[@johntitor7600]

Here's the link to the data. homepages.wmich.edu/~cho/ME432/Appendix1Udated_metric.pdf

[@bibaetoile9463]

Lucy Charamara-Stamataki you can find these spescific tables in the end of this book (pages: from 890 to 899) "Thermodynamics An Engineering Approach 5th Edition" drive.google.com/file/d/0B9JtpWUzKcwkbGdLd3hTQkdSck0/edit