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When some youtube tutorial teaches better than all your proffessors. Hats off

What's the logic for why the pressure at the outlet is the same as the pressure at the two inlets. For instance, if the pressure at the two inlets were different, what would the pressure at the outlet then be?

wouldn't B also have a transverse shear as well?

The calculations of above numerical values does not results in 12.7 meter ? Anyone can Explain ?

0:43

0:26 0:43

For compressor and turbine, how it can use m * cp * t formular?

Can it be solved without using helium? Different ideal gases have different gas constants. You could get a ratio, but not an exact answer. T2/T1 = P2/P1

Hi! You making amazing and very helpful videos! Please add more examples/topics to the fluid mechanics playlist ;_; your thermos playlist was a lifesaver!

Please make a video of conjugated beam

Thanks

Is this from Shigley Handbook?

sorry to say but you dont explain properly why do you have to catch the train that you are missing

thats wrong calculation you took f1 cos20 then took its component in x direction right but you missed about f1 sin20 then its component in x direction you are doing wrong

Hello, which software is used for whiteboard here?

noway you write so fast how will i grab that if you write so fast

Excellent drawings! What software were you using 😊

YOU. ARE. THE. GOAT.

please i need simple material for Torsion

Good

Bro is HIM

Omg I needed this thank you 14 days before freshman year starts 😅 I just received my subjects and schedule 😢 and now I'm looking for lessons that can give me a view on my subject

i cant see the solid works model link in the description box can you please send the gear file link

Clear and stright foward easy to understand🫡

Thanks for the video. It helped me a lot ❤

Wow, this makes it so much easier to understand. Thank you!!!

Straightforward and simple ,thank you.

How is it the same result when the i and j values are different?

Awesome video. I wonder, what happens with sigma_r, the radial sigma, isn't there a non-zero value of p in the internal diameter? Thx

How does pressure remain constant in the superheater phase of the boiler or air conditioning running on rankin cycle? Has it got something to do with the concept of workflow or specific volume? Kindly remove this bothering. Confusion?

I like your drawing! May I ask which drawing software you're using? Thank you!

Heya, loved the vid, but please do tell what drawing program you use. Thanks in advance

Heya, loved the vid, but please do tell what drawing program you use. Thanks in advance

Great series for review!

This is simply incredibly content … yes, a slightly more deliberately paced narration would be ideal, nonetheless, his condensed, bit-sized presentation model truly has no parallel on RUclips at least in my experience. Thank you!

how to calculate to 3 ft disctance for the load, I dont understand

You drew the argon turbine as a compressor (5 min mark), great job on all these btw!!

The use of language to describe math is ambiguous. Simply present: 42=7% × ?

7 is between 5 and 10. If 42 is 10%, 420 is 100%, i.e. all answers below 420 are wrong, 600 is the only possibility left.

Which note taking software is this?

Awesome video. Thanks Sensei

@LessBoringLectures Hi I need help to understand some thing about finding the efficiency for the steam turbine in Rankine cycle. in practical, we have T1 P1 (and we can easily find h1, S1=S2isentropic) and we have T2 P2. from T2, P2 we can't find h2 as we don't have X or S2. So how can we apply the formula ===> efficiency = (h1-h2)/(h1-h2ise) in this lecture Steam Turbine Stage Efficiency || Turbine Isentropic Efficiency Very Easy Formula from (Power Plant Guruji channel) he use h2 as hfg value which is not correct please help me to find the efficiency

Phase boundary is wrongly drawn for a T,s diagram.

this is based on ds = ρ·dθ, not from scratch :-(

Indeed,less boring lectures🥂

The phase boundaries are wrongly drawn. They should be symmetric with regards to the critical point. The way they are drawn here resemble how they should be drawn in the p,V diagram.

so valuable! thanks man

so valuable! thanks

I love you man!! I finally understand what mechanics of materials is!

Really great video!! Do you have any details on how the initial micro crack forms ? I have read things like that small amounts of dislocation movements happens near the surface (even if loading is below the yield strength), causing the surface to roughen and hence cause micro-notches, turning later into cracks. I just don't understand why we are having dislocation motion underneath the yield strength...?