My professors, who have been professors for at least 20 years, put the writings on paper on the board and call themselves "professor" and they are proud of it. How pathetic compared to you, thank you for the video 👑

Appreciate the video. I have to continually remind myself that W/(m-dot) = h2 - h1 in BTU/lbm versus bringing m-dot variable to left of equation W=(m-dot)*(h2-h1) gives me BTU/hour

why is it divided by 14 when calcualting for each Fb FC FD?

Between States 1&2, I was taught to use h2s first to calculate h2…

i appreciate this, im taking my final tomorrow!

Hocam ben anlamadım. :(

yay i was right and my teacher was wrong.

Where do the last 2 force equations come from? Why do we not use shear flow to find the number of bolts?

werkkk

why do you flip it?

Good video thank you

You've got the best kind of video for a university-taught subject but the audio quality man ... Thanks for the vid , it helped anyways !

it would help stating formulas used and displaying your work for the calculus, even for a couple of seconds, for viewers who wish to pause and scan. Sure, this deep into the material one should know these things, but there must be students who are catching up/refreshing memories and shouldn't waste time investigating where you got what from. Thank you.

When the tilt sensor is on, its basically shorting out your pin 2 which is at 5V directly to ground, which as i understand is a really bad idea bcos it can cause a massive current surge more than the accepted input mA current rating?. Maybe a pull-up resistor configuration where the tilt switch is between input pin and ground , and there is a 10k ohm resistor from 5V to input pin to would be better?

your thermo videos saved me, thank you

Nice . Love all these ideas

For the people confused about the value of line BC, this is because he used the hypotenuse formula (c²=a²+b²) . Imagine lines ABC to be a triangle, BC should be the missing part because lines AC(1.5m) and AB(1m+1m) are given already. Massive thanks to mr youtuber engineer tho cuz his vids saved me so much trouble <333

Isnt the angle 68.20 and not 56.3. Because its arctan((15+10)/10) which is 68.20. What you're doing is arctan(15/10). While 15 in is not the full length of the triangle side. The full length of the opposite side is 15+10 in. Correct me if i am wrong

Thank u

I thought in 3d you take the moment abt an axis not a point as well as wouldnt there be no moments around the point A bc there’s another connection so the moment is negligible?

oh my god whatttt

Can someone explain how the free body diagram looks

How did you get the 1.2 Fac=Fab1.2 please

The answers are wrong because it's in SI units not US units 🤓👆

Robel Walks

Thank you

DIRECTION OF THE PRINCIPAL STRAINS?

Great work

❤

You can ignore mg if the forces are occuring at a very short interval

where does the 0.8 come from at 9:17?

🐐

how can i decide whether its clockwise or counterclockwise?

Very well explained,thanks!!!

tysm

Very good explanation with practical example.

GREAT VID

❤❤❤❤❤❤❤❤❤❤

Thnkyou Engr Stranger

Isn't the x component of force 2.5kN supposed to produce a negative positive moment

legend of thermodynamics ppl

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❤