It takes some kind of special talent to spend 2 hours on a 5-10 minute problem...
@devd_rxАй бұрын
no wonder why they say mech. engg. is hard, its because they just make it hard lmao
@alejrandom6592Ай бұрын
Show us how it's done
@goki6548Ай бұрын
@@alejrandom6592 it is literally basic high school math. just write the equation for the potential energy and force on spring then solve it.
@FPSIreland2Ай бұрын
@@goki6548yes but you also must determine the length and angle the bungee cord makes with the horizontal to figure out what force balances the 80N, that’s the bit I’m having a bit of trouble with trying to do the problem myself. Update: okay from what I can see it essentially comes down to solving a horrific quadratic equation to determine the new length L+x and there you have the x value but I can’t help but feel like I’m making a mountain from a molehill lol
@TheKingFlappyjackАй бұрын
@@goki6548 if you're being serious, this is a complete dunning kruger
@BasicPhysicsandMathАй бұрын
basically the physics i study. they show you one simple example worked out on a half a4. then finally when you understood it you try to make a similar problem ending up in 4 pages of algebra and calclus and then checking your answer to find later out that you made a mistake midway of the calculation, you go again do everything from the start find another answer which is pretty close to the answer in the back of the book and then questioning if you made a mistake or the author rounded up the answer and finally after everything you get good at it, to realize that the test next week doesnt even include the topic of the problem you solved.
@martinrosol7719Ай бұрын
Pleb
@mattias2576Ай бұрын
I relate soooooo hard to this, can spend hoooours on questions and often get "the essence correct", like the answer might have correct form but theres always some fucking small calculation mistake
@sid7871Ай бұрын
that's so goddamn relatable
@tahsinzaman5289Ай бұрын
most relatable thing i've ever read lmao
@dieglhixАй бұрын
hmmm, I'm so glad I passed with chatgpt and 0 study
@thedragonsin4834Ай бұрын
These types of videos are so helpful to students. Showcases the initial thought process, mistakes when simplifying the problem too much and how to re evaluate. 10/10
@alejrandom6592Ай бұрын
I've been studying abstact algebra for 8 hrs and came here to take a break
@Lucky9_9Ай бұрын
I respect your unquenchable thirst for knowledge!
@fra2025Ай бұрын
Ahahah
@davidgobert60519 күн бұрын
I was following along pretty well up until 0:25
@antunbrnic7057Ай бұрын
Rarely do I comment, but this is fucking awesome. keep up the good work. I see a lot of comments being negative about your lengthy approach but that approach is what i like. Talking and thinking through problems really makes one understand what is really going on.
@rtobar8058Ай бұрын
Knowledge isn’t free is it? It’s through blood and sweat. I study Algebra and I admire your dedication.
@BOBMAN1980Ай бұрын
As an engineering aspirant, I'm less than 3-minutes in and subbed to your channel. Thanks!
@bluefhtamАй бұрын
Wich engineering?
@PieVioАй бұрын
@@bluefhtamprobably he's an indian preparing for engineering entrance exam
@Asdfgadv33423Ай бұрын
@@PieVio Why indian? :))
@koen6455Ай бұрын
@@Asdfgadv33423 Because they like engineering
@Asdfgadv33423Ай бұрын
@@koen6455 not only indians like engineering
@R1L1.Ай бұрын
Very hectic and writing is all twisted around and does not follow any particular sequence, even if you are trying to understand alone writing in sequence helps a lot. But a least you solved it i do think taking this much time is not normal but if this is the first time you are doing this kind of problem then its ok.
@davidcarter8269Ай бұрын
Well to be fair, it takes a lot longer to explain how to solve a problem than simply solve the problem.
@BrownMIncАй бұрын
I was surprised, too, but after getting into the video, it's like the above comment said. The whole video is essentially walking through thoughts, assumptions, why they're faulty, and how to find truth. I think this is valuable as it shows the reality of the kind of considerations and ways in which people view things. I'd have solved the problem in the most popular way, but after seeing the connection between the spring constant and the deformation equation, I quickly realized its value. Further on, he eventually highlighted something within the book the question came from, which was essentially that if you followed everything in the textbook, you probably still wouldn't have been able to solve the problem perfectly because that particular problem requires a bit of creativity and a deeper understanding/ intuition behind the topic.
@douglasstrother6584Ай бұрын
"Gentlemen, welcome to the fascinating world of Mechanical Engineering!", with apologies to "Quincy".
@TheKingFlappyjackАй бұрын
you'll understand when you get to university.
@soumasingh1534Ай бұрын
Go on bro! Hate the negative comments! Trying to understand and rejecting the bad approaches to solve one problem is what we miss these days on tutorials! All the best ❤
@ArpanKaur.Ай бұрын
Amazing efforts that you put in!!! I wish your channel grows more
@aggie775622 күн бұрын
Good book. I remember studying with this book back in 2006-2007.
@mystery_1101Ай бұрын
Im 14 and i love these kinds of stuff!
@grovve89608 күн бұрын
This is so fun to watch idk half the stuff he’s saying but it still interesting
@amanofculture3337Ай бұрын
My brother is doing God’s work. Hope you blow off and your channel gets more subs my guy, cheers 🥂
@user-pp7qc6ez9w23 сағат бұрын
i like this video and want to see more of your content
@cAdxmАй бұрын
I know what you mean bro
@raheelfifa8462Ай бұрын
I AM YOUR 1 Thousandth subscriber! Good luck on ypur channel, these indeed are helpful❤
@devthompson21Ай бұрын
crazy you spend all that time doing it and chat gpt explains it instantly and gets it correct
@Synthetic151112 күн бұрын
That doesn’t enrich your mind or polish your analytical ability.
@mts8553Ай бұрын
I think this is the most complicated explanation you could give to this problem. Many references you make could be taken for granted for a student who is coming to deal with a problem like this.
@vadersnemesis22 күн бұрын
would love to see you do some of these then!
@hlubradio2318Ай бұрын
Where were you when I took physics, static and dynamics in 1987 to 1989?
@CoolCatDoingAKickflipАй бұрын
I don't even know if he was born before then. 😂
@faisalahmed8098Ай бұрын
in the balls
@GC2560Ай бұрын
Had both of those in first year mech eng a long time ago.
@hlubradio2318Ай бұрын
Lol
@hlubradio2318Ай бұрын
@CoolCatDoingAKickflip it's ok to be young
@prest1geiscool21 сағат бұрын
The test has only one problem! The problem:
@NessHypegaming7 күн бұрын
did i drop out of high school? yes. did i watch the whole thing? hell yea
@GC2560Ай бұрын
need to do the trigonometry first. Equilateral triangle. The rest follows pretty simply using standard formulae.
@chugusus660Ай бұрын
what pen do you use ? looks great , overall really enjoyed the vid
@holdmybipolarАй бұрын
I made a video showing what pens I use! kzbin.info/www/bejne/q57PaXl3qql9pLc I use Pentel Arts Sign Pen - Porous Tip Pen & Pilot G-2 #10 1.0mm pen
@chugusus660Ай бұрын
@@holdmybipolar thank you very much
@kshirsagarabhayshrikrishna8665Ай бұрын
inverse of a cosine and arccosine are the same.
@holdmybipolarАй бұрын
Thanks! I had to look that one up! It is just confusing when 1 divided by cos is NEVER said to be (cosx)^-1 My Eshbach Handbook of Engineering Fundamentals says, "the symbol sin^-1 x means the angle whose sine is x, and is read "inverse sine of x" "anti-sine of x" or "arc sine x"
@Junior241-o6dАй бұрын
Damn mechanical Engineering is something though it seems like it’s a easy major to major in💀😭
@k2fwiof118 күн бұрын
Yes, I want to see more of this content.
@tilak_QАй бұрын
Idk why but i enjoyed it😊
@SpaghettinioАй бұрын
You seem like a good friend lmao. Nice video :)
@The_sleppersАй бұрын
nice vid man! btw which textbook is that you're using?
@holdmybipolarАй бұрын
Mechanics of Materials _ james m gere _ 5th edition _ This is my text book from college but I should buy the new one that colleges are using these days. Most all problems haven't changed tho. Just the numbers.
@The_sleppersАй бұрын
@@holdmybipolar Thanks.
@deeneditorАй бұрын
me, in morocco, havent gone to a university, with insufficient knowledge in mechanical domaine, somehow found this interesting
@douglasstrother6584Ай бұрын
"Boomhauer" does Mechanical Engineering! (I look forward to watching all of this!)
@ryeriaАй бұрын
this is hilarious, thank you for the commentary and solution.
@4everforgotten4 күн бұрын
it started off kinda easy to understand and then i blank out for a second and all of a sudden i’m clueless….
@Ervine4Ай бұрын
Welcome back Terry
@Scuba_Bro10 күн бұрын
I minored in mechanical engineering… majored in electrical and I have to say that mechanical engineering classes always took me way freaking longer
@Noconstitutionfordemocrats119 күн бұрын
Week long problems are the best. When you solve it after having declared defeat and already moved onto the next chapter only to have your subconscious tap you on the shoulder to tell you, "Hey, buddy... it's this."
@abhishekmahanta111213 күн бұрын
These kinda people make mechanical engineering look very hard to others 🤣
@jaykugosenpai9393Ай бұрын
bro...i refuse to believe this has to be 2 hours long
@TheKingFlappyjackАй бұрын
it doesn't have to be, but you will end up spending the same amount of time learning about the topics and field regardless. Spending more time on a single problem like this ensures that you develop a deep understanding.
@user-gh4lv2ub2j23 күн бұрын
I had an amazing mechanics teacher that tortured us with insane homework problems (that if we failed meant we failed the course even if we got 100% on everything else). How many carts on springs can one mind take!
@coolgato-23 күн бұрын
As someone who is a Jee student i completely disagree with my peers in the comment section calling it a waste of time to solve a question in 2 hours. This is ENGINEERING not jee advanced its not the same at all. His point of taking the video to this length was intentional . So stop acting immature and appreciate him for being so passionate about what he is doing instead of flexing about knowing how to solve it by shortcut method.
@sammata190528 күн бұрын
killer stuff, i wish i was better at math to have become an engineer.
@josephkeres460424 күн бұрын
With enough practice I’m sure you could do it.
@rubikashree3519Ай бұрын
i love this guys energy
@peeper2070Ай бұрын
Yes he has great potential
@UzziWallendorf26 күн бұрын
760 380 mm ->mnu->80m->90/180 64.555>6.55->140/380cosø
@Agent7105311 күн бұрын
This amazes me
@ralfjoshua9203Ай бұрын
Hi Mate, which chapter does the concept of strain energy usually show up? I’m a Civil Eng. student and I passed Mechanics of Materials, but have not seen any sign of Strain Energy in my courses… kinda bothers me now, just stuck in my head… great video by the way.
@holdmybipolarАй бұрын
I will do more problems on that. Because I hate the concept of how energy is taught and then how simple and useful of a tool its used. It is used mainly or most obviously in the chapter 2 sub chapter on impacts. Because you drop a weighted collar on a steel bar and the coller has an initial velocity of zero but a height of h. Therefore potential energy. Its dropped so right before impact it has a velocity=sqrt(2gh) before impact. But most importantly the coller will come to a dead stop after it elongates the steel bar. That acts as a spring and the energy of either initial potential engery mgh or max kinetic energy sqrt(2gh) has to equal the "energy stored in the steel bar" And basically energy just being equal to the average force over the distance of stoppage. Therefore the average force over the change in length of the steel bar. Since all materials act a spring. The average force is not the max force. Because with zero elongation comes zero force to elongate zero distance. And because springs are linear with force. The average force is always max force divided by 2. Therefore energy is Fmax/2 times change in length. But Fmax for a material is change in length*E*A/L so Max Force comes up twice in the energy equation or you could say change in length comes up twice in the energy equation. Because E*A/L is the spring constant for any material. Sot the energy equation becomes the classic 1/2*k*d^2 where d^2 is the change in length of the steel bar and k is EA/L a material property of a steel bar. This text book proof will be the next video I make. The other part of chapter 2 where Energy comes up is indeterminant structures that have one load on them in one direction. The definition of energy is Load average which will most always be max load or given load P/2 then multiplied by the distance change in length. That simply gives you one extra equation for a problem that you couldn't solve because with inderterminate layups you always have one more unknown than equations. The bummer is that chapter 2 in my book covers multiple special cases that really slow down the learning process of basic material mechanics.
@Sachin-zp6sj21 күн бұрын
Now I get it, the problem is the cord, just chop it off 😅
@EULERSNAKEАй бұрын
yea i know what u mean
@y8nakaАй бұрын
ykno what i min
@TTGTanner11 күн бұрын
PE exam questions are 6 minutes each. Part a, b, and c could each be PE question.
@Anonymous82819Ай бұрын
Teacher:solve the problem by MY method their method:
@andrewmachief86377 күн бұрын
I’m watching at 1.5x speed the entire time so it sounds like he’s frantically solving the equation, so when he said this at 13:10 I laughed so hard 😂
@lordofnines21679 күн бұрын
I do not know what you mean but I’m here for the ride all the same
@sergeydukman5832Ай бұрын
Keep doing it. Great video.
@ChristoAg117 күн бұрын
Hey there, I have a few questions dor you to answer - Where did you find your questions(which page) - Which college major did you pursue - How did you come up with this solution (in a summary)? Anyways, I'm going to pursue civil engineering but little did I know most people have spent hours on this single problem... Edit: I hope that this solution or maybe the summary helps me a lot, or maybe do you have another question to solve?
@holdmybipolar17 күн бұрын
page 176 Mechanics of Materials - author james m gere. I completed a bs at montana state university in civil engineering/enviromental engineering. I will post tomorrow the short or quick answer to this problem. I like to spend a lot of time on problems because I want to make the problem simpler. That means that I might solve 2 or more problems before getting to the actual problem at hand. That can take more time. Then I like to use numbers that might be easier to recognize. I use the analogy that we for sure know miles per hour in a car and distances (if in america). Then I like to imput the actual numbers. This allows me to have a check on reality that I didn't make anymistakes. Then I like to go back and see what I did to those numbers to come up with generic equations. That is where I then look at those equations piece by piece to see if I understand what the equations mean. Some people can just look at an equation and do the previous steps that I have laid out in their head. But most cannot. So it becomes important to develope that intuition when anaylyzing equations. And sometimes for most physics problems. One equation can be derived with letters of the input values so that you then can change any parameter of the problem. With in reason. This problem requires an itteritive solution or a Solver based solution. So one equation cannot be used to set up the inputs and generate and answer.
@zm_azathoth8797Ай бұрын
Yeah bro I understand all the stuff you said bro. This shi is easy asf
@holdmybipolarАй бұрын
Thanks man! Your so right! Everything about the subject is just multiplying and dividing numbers. But I did flunk out of this course and had to retake it. That is why I am so focused to explain it so its easy peasy. Thanks again!
@jim-e4j20 күн бұрын
The official answer for this problem appears to be a little different from the true equilibrium. At equilibrium a virtual displacement of the force P at the point C should equal to the increase in the potential energy stored in the springs as a result of the work-energy theorem. For a string under tension (T) we have: T = k*d where T(Newtons) is the tension, k(Newton/meter) is the spring constant, and d(meters) is the displacement of the spring from the "unstretched" position. We know that the energy in a spring is given by: E=0.5*k*d^2=(T^2)/(2*k). Because the system is symmetric we can just analyze one side (i.e. a half-spring) and double the results to get the energy in the whole-spring. The problem states that k=140 N/m in the whole spring. The spring constant for a half-spring is easily found to be: 2*k. In my full solution which I cannot replicate here it was found that the stretch or displacement in each half-spring is: d=0.13268(meters) at equilibrium and at the vertex where the two springs meet where we apply the force P=80N (i.e. the point C) the angle is theta=43.50(degrees). Given this information lets proceed show that the system is indeed in equilibrium. Assume k=140N/m, b(peg separation)=380mm, L_0=760mm, P=80N is applied as shown in the problem diagram. First calculate the tension in each half-spring (remember that we double the spring constant k of the whole-spring to 2*k). We have T=(2*k)*d=2*140*0.13268 = 37.15 Newtons of tension in the half-string. Now that we have the tension in the half-spring lets show that this equates to an equilibrium position with the external force on the half-spring. The P=80N force is divided between the two half-springs. Therefore we project a force of P/2=40N onto the direction of the half-spring. The angle is theta/2=21.75(degrees) where theta was assumed to be the correct equilibrium angle as stated above. Finally, the projection of the force onto direction of the half-spring is: (P/2)*cos(theta/2) = 40*cos(21.75 degrees) = 37.15N. Notice this equals to the internal spring tension found in the prior paragraph. This proves the system is in equilibrium since the internal spring tension equals the applied external force (i.e. the projection of the force onto the direction of the on the half-spring). Now lets find the energy stored in the system at equilibrium. The energy stored in a half-spring is: 0.5*(2*k)*(d=0.132685)^2 = 2.46456 Joule. The energy stored in the whole spring is simply double that of the half-string from symmetry. Therefore the energy stored in the whole string is: 4.92912 Joules. This is less than the official answer. The displacement of the vertex (i.e. point C where the load is applied) from the unstretched position to the equilibrium position in the direction of the applied force P=80N is 0.143(meters) which is slightly less than the official answer. The total length of the full-spring in equilibrium with applied force (P=80) can easily be found by solving: Total Energy = 0.5*k*(L - L_0)^2 for the variable L. We write 4.92912 = 0.5*(140N/m)*(L - 0.760m)^2 which solving for L gives us L=1.02536 meters as the length of the full-spring when stretched by the applied force of 80N. Alternatively we can find L as follows: L is the length of the whole-spring plus the displacement(d) in both of the half-springs. Therefore L = L_0 + 2*d = 0.76 + 2*0.13268 = 1.02536 meters which agrees with the result above. The full solution involves an application of virtual work and use of the work-energy theorem. To solve for the displacement (d) and the angle between the two springs (theta) it turns out that you can use Excel Solver to solve this implicit equation which with a little effort is easy to derive: 2*d = P/(2*k) * cos(theta/2) WHERE: cos(theta/2) = SQRT(1 - (b/(2*l))^2) AND l=0.5*L_0 + d The end result is that you will find d(the displacement for a single half-spring from the unstretched position) and theta(the angle between the two half-springs.
@holdmybipolar20 күн бұрын
Thanks for the reply! Double check your multiplication of cos(angle). I think it should be divided by cos(angle) in you excel solver equation and in equilibrium. A simple check is that if 40N is being pulled straight up and needs to be balanced by the cord pulling at some angle. The tension in the cord has to be greater than 40N because only the vertical component of the tension in the cord can withstand that 40N. Analyzing half the cord.
@jim-e4j20 күн бұрын
@@holdmybipolar Thanks. I think you found my error. I'll rework and post an update.
@jim-e4j20 күн бұрын
@@holdmybipolar I divided by cos(angle) in my Excel spreadsheet and everything is now fixed. The updated results are: Energy=6.546 Joules, delta_C=168.79mm, angle beween half-cords=41.77 degrees, total length of the whole cord=1.0658 meters. I definitely learned alot by working through this problem. It is always a challenge trying to find your own errors? Thanks for the help.
@thechessplayer8328Ай бұрын
dang, someone could have run a marathon in that time
@spiderjerusalem4009Ай бұрын
Here before this hits 7K views
@user-gj6cw6yc8s26 күн бұрын
😊 a visual is everything I love your perspective 😅 I love the way you keep going 😊 Teach teach teach teach teach
@jasonRhawt21 күн бұрын
Difference between someone that is book smart vs. experience.
@digguscienceАй бұрын
It is not easy to work on mechanics problems directly. There is usually a lot of trial and error.
@fungouslobster5123Ай бұрын
this is a first year statics problem??
@holdmybipolarАй бұрын
No, I never had to do anything like this in undergrad. Mainly all of my undergrad was here is the equation and plug in the numbers. This is a sophmore or junior level material mechanics course. It is 2nd chapter but a stared problem. So it is problem one might never do. But is definitely after a full course in statics. I spent most my time memorizing. But then after college felt like I knew nothing. So will be tackling harder problems to see what the fundamentals are. And easier problems with a Just Guess approach.
@IEVISCERATEUАй бұрын
You solved using the equilibrium condition that P=2Tsin(θ) where θ is 60 degrees, but that's never true. θ was 60 degrees before any substantial force was applied; when a force was applied it moves to what you're calling θ₂, and that's what you should be using in your equilibrium equation. I don't see how you can find θ₂ from θ in the way that you have since θ=60 degrees is never of any real consequence, it's not where the equilibrium occurs. You can find θ₂ directly by picturing a triangle with sides L/2 + x, b/2, and sqrt((L/2)^2-(b/2)^2 ) + δ (that's just the length from before the force was applied plus the displacement term δ), using the Pythagorean theorem to solve for δ in terms of x, and using sin(θ₂) = sqrt( (L/2)^2-(b/2)^2 ) + δ ) / (L/2 + x) -- where you're plugging in the value of δ that you've found -- to find the component of the spring's resistive force in the direction opposite to P. (You could use cosine instead of sine, as you did in your solution, but you'll need the length of the side of the triangle with the δ term solved in terms of x either way.) I did this and found **U=6.41J, only a slight difference from what you found. Let me know if you disagree or have any questions. **I found a small mistake in how I typed in my equation when solving that explains the discrepancy.
@holdmybipolarАй бұрын
Hi, I made a video on how you set up the problem. It might have a slight diversion toward the end tho. I still get the exact answer in the book. Let me know if have any extra comments on how you went about it! kzbin.info/www/bejne/ooGXYnp3r9R2h5I
@IEVISCERATEUАй бұрын
@@holdmybipolar I've found a small error in how I typed in my equation that would explain our different end results. I'll leave my original comment the same and leave a small note indicating the mistake. What I still don't understand is how you used the equilibrium condition P=2Tsin(θ) where θ is 60 degrees in your first solution. The θ we're interested in is never 60 degrees. Maybe I misunderstood your first video? Very cool to you make a video about it. Those are so nasty equations.
@holdmybipolarАй бұрын
Oh, I think to answer your actual question is that I probably did solve it using angle intial is 60 degrees just to see how the answer for energy would differ from the actual answer. In this last video this is the time stamp on how I set up the intial condition and did and iteration to solve for final angle. kzbin.info/www/bejne/ooGXYnp3r9R2h5I I will make a video on Iterative Methods to find solutions as well has showing that Material Mechanics equilibrium is usually always taken before loads are applied BUT that is technically WRONG. But displacements with steel and concrete are so small it won't change the equilibrium much. That is a crazy assumption for most physics problems. And I don't think most Materials students know that isn't the actual equilibrium when loads are applied. So then when a problem using a rubber band has a lot of displacement the final equilibrium is way different than before loads were applied. But all the examples using energy assume intial = final even tho a small displacement occurs for steel structures. I don't like the way the text book doesn't clearly state this assumption so I will make a video on that.
@modular1829 күн бұрын
I have a degree in Physics. My Engineering Math 2 final took me 9 hours to complete.
@Acompony7 күн бұрын
You know what I mean
@michaelmello42Ай бұрын
Health warning! Viewing this video may result in hives, sweats, and heart palpitations.
@mxster2449Ай бұрын
Bro is giving ideas to iit advance
@4bhinav333Ай бұрын
Some of this stuff isn't even in the course
@olidingin6398Ай бұрын
cool
@RM-xr8lq12 күн бұрын
so much easier to do this with chatgpt these days 😂
@eardrumssАй бұрын
Hunter exam vibe
@Shawak99 күн бұрын
"You know what I mean?" NO. I don't.
@juancarlossanchezveana1812Ай бұрын
Amazing
@siadbarre-u7c23 күн бұрын
This is highschool math where im from.
@edgaredgar15428 күн бұрын
You forgot the +C
@the_nuwarriorАй бұрын
este problema se resuelve en 30 minutos y no 2 horas
@vN2w3Z59BMАй бұрын
he is explaining in depth
@Bryan-gz9xn8 күн бұрын
You know what I mean. Nope not at all.
@ignisGladiusАй бұрын
I need that calculator
@Agent7105311 күн бұрын
What the fuck? I couldn’t even pass algebra
@wdobniАй бұрын
the average caesarian section isn't nearly as complicated as this problem seems to be and its over in 50 minutes
@y8nakaАй бұрын
ykno what i min
@notanubhavxАй бұрын
I solved it under 27 mins btw am AIR 10 jee advanced
@holdmybipolarАй бұрын
Hell Yeah!
@sansolerajibАй бұрын
IF LYING WAS A ACC
@user-ho1hg4pw5dАй бұрын
Physics contest question are like 10 times more complicated than this task
@hyruled4031Ай бұрын
Where do you start to learn this type of physics ?
@holdmybipolarАй бұрын
Going to college in Civil/Mechanicaa/ or Environmental Engineering in 4 year college. I was shocked at how little I knew leaving college because all the problems are so specific. But most of Newtonian Physics can be boiled down to forces of gravity F=Gmm/r^2 & F=ma and Geometry. Both can be simplified down. Mechanical engineering was taught to me in ways that seemed complex and didn't need to be. So my goal is to simplify the complex!
@BrownMIncАй бұрын
If you specifically want to poke around this topic, check out statics, dynamics, and mechanics of materials. RC Hibbeler has great books on each of these areas. Enjoy!
@Krishnatmika0717 күн бұрын
Where are our jee aspirants???
@MaZaKeRaLАй бұрын
Why am I even here? I'm too dumb for this...
@user-pl7le7or8zАй бұрын
This shit gave me a headache 😂
@Tau244Ай бұрын
HOLY TELEDO
@loganfischer32487 күн бұрын
i dont know what you mean
@moguz-j3jАй бұрын
use a mechanical pen please
@xenvectorАй бұрын
me going into my 1st year of engineering is seriously starting to regret my decission
@Loots1Ай бұрын
theres nothing to regret, either youre interested and are willing to work hard or youre not and youll go get a degree in the humanities or whatever
@guptaji15125Ай бұрын
This question is like medium level in JEE Advanced Paper requiring 5 minutes to solve it
@sansolerajibАй бұрын
Bhai mechanichal eng ka que hai
@Chiavaccio18 күн бұрын
😱😱👏👏👏👏👏👏💯🔝🥇
@bigboy44322 күн бұрын
i dont even understand maths
@manosxaАй бұрын
This is the definition of structural analysis not mechanical engineering
@holdmybipolarАй бұрын
My apologies! I think I am just calling it all mechanical engineering for the algorithm. Calling statics would reach 5 people. Calling it a question in my Mechanics of Materials book would reach 10. But for whatever reason calling something Engineering...
@user-es1rc7hi4b24 күн бұрын
ye I aint doing engineering any more I didnt understand nothing
@alekisighl759926 күн бұрын
You speak like Terry Davis. RIP
@raphaelradespiel9970Ай бұрын
Does anyone know if there is a channel like this but for electric engineering?
@holdmybipolarАй бұрын
I started making videos on the first 2 chapters of a Physics book. Then the first 2 chapters of Statics. I have taken those courses. But I see the same simplification in a lot of majors where the first 2 chapters of a given course need to be approached with a who cares approach and just getting used to sweeping general equations. I take your question as a challenge because I wanted to learn electrical engineering too in the format that I go for it. So I will try to pick up a textbook!
@raphaelradespiel9970Ай бұрын
@@holdmybipolar thanks, that would be amazing
@enfiniiteeАй бұрын
I wanna be like you mn
@devd_rxАй бұрын
2hrs of yapping
@devd_rxАй бұрын
also if this was the first problem where u encountered use of angles or whatever, you are in deep trouble, go back and do the basics dude
@devd_rxАй бұрын
dont use sun is shining or whatever shit u do for sines and cosines, that is just gonna lead u into trouble, just keep practicing figuring out the sines and cosines of more and more right angled triangles in situations like these and u will automatically get intuition to know which side to take the ratios for and it would make sense to u how we can split force or just abt any vector into components for building equations
@devd_rxАй бұрын
how do u not about inverse trig, wth
@devd_rxАй бұрын
please keep in mind, whenever solving such problems, you shouldn't be plugging numbers as you go on solving, you are expected to work in terms of symbols and expressions until the end and then simply calculate the answer by substituting the values in the final expression. ngl dude, you are confusing yourself with how you are approaching problems. I felt painful watching ur video
@ChibuikemChris-OsuyaАй бұрын
@@devd_rx learning is cummulative you shouldn't discredit him he is doing good work.