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u r cool

Why have stopped making those videos? Man u save me in thermo 2, and now in fluid mechanics as well

One of the most clear and best explanations I've watched for a Fluids Problem. Keep up the great work.

can you give us a way to solve problems with the quality in it? please🙏🙏

Thanks man

9:47 omg thankyou so...much, i dont know how to draw and read diagrams pv and tv now i understand

thank you

Your content is really great, don't stop uploading man! :(

for the regen heat balance equation @9:08 why is it h_5-h_6 and not h_6-h_5?

Ahhhhhhhhhhh, so many things to connect

@46:48 why can we use the polytropic form of boundary work to calculate the isentropic process from state 1-2?

Can we use cp value of helium at 300K?

i swear i hate my life

is the real value of COP is Qout / W so it is 22.78kW / 8 kW = 2.85 how can we say that it's COP is 16.286 just by the statement of that cycle is reversible

thank you very much

in 44:27 how to calculate the COP of such a Heat pump?

i appreciate everything but that was frustrating

the interpolation is wrong u wrote (6-5)/(7/5)

Great stuff! Thanks!!

Ice-olated got me as well

Relationship between u and calculator <3

Wrong answer lol

Thank you so much for these videos. They are well laid out, and have bits of funny in them to help keep me awake. I noticed what I think might be a small calculator input error @ 26:06 where it looks like the denominator is 7/5 instead of 7-5. Somewhat insignificant, nothing to re-record over; just thought I would let you know.

So the question must be asked, did four cubes actually do the job?

Hey can you please check the link to the pdf cuz it's not working

What changes in this system is it's non-ideal?

What book are you using?

This is awesome! Thank you! Do you have a video for the matlab code?

My professor needs us to model a rocket, I didn’t know what to do so I ran here 😂

Hello. What book are you using?

your series is actually pretty helpful

what app do you use to sketch it

Hello, why do I see some people with h5, they immediately equate it with h3? Does it matter if I do interpolation using their temperatures or using h3 as h5?

Damn this video was awesome

Thank you so much

why the average velocity is not squared

Thank you so much. This is very useful for my exam.

You are a rare person among the gifted in that you are a generious educator. People like you are part of the beauty of this world. Thank you.

I think there is mistake in the final answer of mass flow rate, you did not add 200 m/s to dinominator. thanks for helping.

Thank you so much, I listen in class and my lecturer is a great man but for some reason, I am always confused, this is helping.

Thanks a lot for this. You don't know how much it helps

You literally saved the semester

Muchas gracias, es una excelente información, usted habla de tal manera que se le entiende perfectamente, thank you!

John, this better not be on our final today

thoses videos are just extrordinary. you helped me understand the content in a way nobody could. thank you a lot <3

explained it all while my teacher has absolutely no clue about this I guess!

hey, can someone explain how the hydrostatic force equal to the weight of missing water ?

1:38 V^2/R

Awesome study content for my Thermo exam!

really doubt I'll get an answer here but why do we use internal energy for process 1 to 2 but enthalpy for process 2 to 3 even though there's work done in both processes.