Steady Flow Systems - Pipes and Ducts | Thermodynamics | (Solved Examples)

Learn about pipes and ducts, and how to solve steady flow systems involving them. We cover energy balance equations and how to solve problems involving pipes and ducts.
Find more at www.questionsolutions.com
🔸Basics of Steady Flow Systems: • Steady Flow Systems - ...
🔸Pure Substances and Property Tables: • Pure Substances and Pr...
🔸Ideal Gas Law: • The Ideal Gas Equation...
If you found these videos helpful and you would like to support the channel, please kindly see the following links:
🔸Patreon: / questionsolutions
🔹 ko-fi.com/questionsolutions
🔹 www.questionsolutions.com/don...
🔹 PayPal: [e-mail]
Intro (00:00)
A 110 volt electrical heater is used to warm (02:29)
Refrigerant-134a enters the condenser of a refrigerator at (05:11)
Water is heated in an insulated, constant diameter tube by (07:00)
Books used:
📘Çengel Yunus A. and M. A. Boles, Thermodynamics: an engineering approach. New York, NY: McGraw-Hill Education, 2016.
📘C. Borgnakke and R. E. Sonntag, Fundamentals of thermodynamics. Hoboken, NJ: Wiley, 2019.
#SteadyFlowSystems #thermodynamics #pipes #ducts

[@ZBscorch]

You’re honestly one of the most helpful channels for education imo, your animations look good and your explanations are always short and precise. I wish there were some more advanced problems worked out, depending on the subject of course but overall thank you, you’ve been a huge help, keep up the amazing work!

[@QuestionSolutions]

Thank you very much, really appreciate the comment! :)

[@calebsells1731]

This is one of, if not the most helpful KZbin channels I have ever come across. It’s a shame you don’t have more views, but I share your vids to almost everyone I know, studying FE or PE, struggling in classes, etc.

[@QuestionSolutions]

Thank you very much for the very nice comment Caleb. Sharing the videos is a tremendous help and I genuinely appreciate it. I wish you the absolute best with your studies and keep up the good work!

[@ec6895]

One of the best and most helpful channels for engineering education in here. Concise and yet still with enough depth to understand the fundamentals. I would like to ask if you are planning to do a fluid mechanics playlist?

[@QuestionSolutions]

Thank you very much! Really appreciate your comment. And yes, it's on my to-do list :)

[@Ahmed-bb4yp]

I loved your videos, I really do, they are my only hope as I don't understand anything from my prof. If you can please make a video on statically indeterminate objects where u have to use internal forces PL/AE to find an unkown it would be greatly helpful

[@QuestionSolutions]

Thank you very much. I'm really happy to hear that these videos are helpful to you. I'll add your request to my list of videos to make, but I probably won't revisit statics for some time. I'm sure there are lots of other videos on the topic you mentioned so maybe that can be helpful :)

[@muhammadharis8925]

It would be good if there were entropy video lectures too.

[@QuestionSolutions]

I agree, I will be making them soon 😀

[@kylecatman7738]

Entropy is for losers!! LOLOLOL

[@mohibjadoon3359]

Please give us your Patreon I really want to support you. I am totally impressed by your teaching method. ❤️❤️❤️❤️

[@QuestionSolutions]

Wow, thank you so much! Here is the link: www.patreon.com/questionsolutions

[@itumeleng6055]

can you please post more notes on your website (specifically for engineering statics)? :'-(

[@QuestionSolutions]

I decided to not do that anymore and instead, create a single video covering pretty much everything needed to solve problems pertaining to that chapter. But I will keep in mind what you said and over time, maybe add more solved problems :)

[@beterax]

Wish you also did the friction chapter of statics :) Thx for the amazing videos btw.

[@QuestionSolutions]

The friction chapter for statics is not "hard" per say. It's mostly just coefficient of friction multiplied by the normal force for most things. It was covered in a lot of the videos so I didn't think a separate one was needed. In the future, I plan to revisit statics so I will definitely cover it then with a full video :)

[@beterax]

@@QuestionSolutions That chapter goes even deeper than that tho. There's "slipping and sliding", where you basically have to test for each case. There's also belt friction and friction on surfaces and wedges, which requires multiple FBDs etc.

[@QuestionSolutions]

@@beterax Yes, it does, but most first year courses do not cover slipping and sliding in a statics course, slipping and sliding is covered in the dynamics course (there is a playlist for dynamics which covers slipping and sliding in rigid bodies). So I will revisit statics in the future and I will cover those topics then. I first want to cover the first year material for courses before going deeper. Also, I think there are probably a lot of videos covering those topics if you need in other channels, so maybe looking around a bit might help, not sure, but do your best! :)

[@mrxcellar8913]

Can you please upload videos about Carnot cycle and Second law of thermodynamics .

[@QuestionSolutions]

I have plans on doing so, unfortunately, I've been really busy these days, I am trying to get a video up soon.

[@Eng-Ispuraash]

which softwere you create this video please

[@QuestionSolutions]

I use illustrator to draw the images and after effects to do the animations.

[@duttyusman4636]

Where are you broo ? why are you not uploading videos ? please upload chapter 7 (entrophy) of thermodynamics , i miss your videos bro plz upload :(

[@QuestionSolutions]

I've been having a hard time trying to find the time to upload these days due to work being so busy and some personal stuff. I will try to get them out as soon as I can :)

[@duttyusman4636]

@@QuestionSolutions oh okay man keep the hustle , but please upload fast..... ;) best of luck with your work :)

[@QuestionSolutions]

@@duttyusman4636 Thank you very much :)