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When I calculate for thickness of the tank's wall I get 37.5. However when I try a different algebraic approach I get the 26.7 mm. Why is that?

I got a different answer 2349.05Nm

Isn't Euler's formula only applicable to concentric loading?

May I ask which book this is titled?please tell me the full name.Thank you.

Can anybody give me the link for derivation of work done for polytropic process on this channel as the video says that it has already been calculated in some other video. Please its urgent, can't find that video.

that is a really good explanation. thx

why not get the resultant of the final velocities?

hi, i have a doubt. how do i know if the angle is clockwise or counterxlockwise?

Thanks❤

Please can you explain why and how the directions changed at point A?

I paid a lot of money to enter a university only for me to use their wifi to teach myself through CZcams videos I use my data sometimes Great explanation by the way

Tnx

why does the wedge have a normal force when the mass of the wedge is neglected?

Why did you say that your mass is 20/32.2?

How did you decide which board to use for your calculation for Q? I'm just confused as to why you used the long, vertical board instead of the horizontal long board for Q'. Thank you!

Still sitting here waiting for the parametric modeling…

how does Fbc become positive

Great video! It was worth shattering my eardrums

Thank you sir

thanks for this good lectures

It would be good if you show the forces in red - stand out

Best video on the topic.

please never stop making content

I believe you have an error for your Qin equation. It shouldn't be m(h1-h1) but m(h1-h4)

Hey and if you don‘t have a table 😢

How did you find the triangle for force bc

i love how you explain complex topics in just 5 minutes it makes it easier to follow along, I'm so glad i found this channel!!

Can I get that link to the dht file? (I'm a student at PSU working on a project)

how to find the ideal gas formulas for polytropic processes?

kanka inchine pounduna sokayım

V2's value isn't false? I found it as 0.042

So sweet sir ❤❤❤

Very beautiful sweet sir ji ❤❤❤❤❤❤❤tq so much ji

If we use a polar coordinate system whose origin is either 1) moving with uniform velocity or 2) accelerating or 3) itself moving around another fixed point, can we use Newton's second law in the r hat and theta hat directions. I suspect we can still do so in case 1) but not if it's accelerating in 2) and 3). If not, how would we deal with such a system with an accelerating origin: I'm thinking something like a spinning ride which is itself on a spinning carousel. Hopefully you can comment on this. Thanks.

thank you

Very thanks ❤

why did you multiply by 0.1 instead of 100mm if you're using everything else in mm (400mm) , (600mm)

finally after 3 years of eng school, I understand this :)

This is wrong you forgot to subtract the neutral axis from the total height because the neutral axis is not the same as a midpoint axis. Stress should be 0.977 MPa. Thank you for the help, just beware...

Are you unable to calculate the formulas? I understand- you have them mesmerized, but can you show how to use them?

Please can you explain or show how you substituted the equations to get the final results of FDA Fdc? Thank you

thanks a lot sir

zzzzzzz

Where did you get the 4.5? That would be the length of DA. How did you find that?

Great Video for a quick refresher in Shear Strain! One side not I must add is the sign convention for corner C is not correct. Visually the way you did it does seem like that should be correct but if you use the quadrant sign convention for shear strain you will get the correct answer every time! A great video for anyone to reference to understand that better is Mechanics of Materials: Lesson 8 - Shear Strain Explained, Sign Convention by @1234jhanson, Time Stamp 2:40! Thank-you again for your video!!

what is T

Fuck school 🖕🏾

UWMC Engineering.... You need to either rename or delete this video. It's embarrassing. This is not parametric design.

"Shear strain is essentially how the angle changed from 90 degrees" taught me better than my Penn State University teacher could in 50 minutes in 10 seconds

Did you use any of the vertical distance which is the 4m in your calculations? I was confused cuz your vertical distance is the same as the horizontal distance