Thanks a ton... I always got confused after starting out and knowing it is compressive or tensile but not indicating towards or away the nodes as you have.
Bro u made my day very happy because I started listening very lazily and when I am listening to the class I thought very cool and free of mind ❤❤❤ love u bro from Visakhapatnam, Andhrapradesh
On X-axis v should take cos and on y-axis sin, on resolving dt force v vil get both sin n cos, while v r calculating F(x) v vil take cos, while calculating F(y) v take sin... Dts it
"cos60" is the perpendicular distance between the force 10N & point A.... Bcoz 10N is a vertical force.... Your ans will be crct if the force would have been horizontal..
If I'm not wrong then there was a mistake 😅 it should be Rc not Rb as the support are on A and C while finding moment about A . By the way great explanation 👍
@@kushal333 For me tension is always stretching the member out and the compression is pushing it in, but he has done it inverse, also my instructor did this, I don't know if I may be wrong.
Beo at 3:50 Fab is in (-) and it is compression so sign is towards the joint but i am not understanding that why he aroow in E is towards E because if we calculate Fea from joint E than it gives positive value thus it should away from joint E cause it is tensile.. I am not getting it?
@@kushal333 The sign is negative so he concluded that it is compression but now the sign should be into the member and away from the joints according to my understandings
@@muhammadtalha6319 if away from point in compression then why he have done towards the joint?🤣🤣 I think he doin it wrong while giving signs of compression in a member. Actually i also come to same conclusion as ur's✌️. Thanks buddy
Its not about axis. Your cos and sine components depends on where you take the angle. If angle is with x axis than cos is in x axis... if with y axis than cos is with y axis.
Those who find it very fast..use 0.75x or 0.5x speed
Those 6 minutes were more valuable than my professor's 90 minutes. Thank you a million!
oh thanks.
Yes right
really bro
S
sahi kaha bidu
I like that answer papers separately from question....it's creative idea keep doing new things!
i finally understood how to use method of joints properly.thank you
short, simple, straight and exact, that's what you call an amazing educational video, thanks a lot bro
Thank u so much bro your 6 min is better than a lecture of my class
Thank you sir. Really helpful. Explained so simply and efficiently. Looking forward to more videos like this.
Thanks you very much. That 6 minutes was totally worth to watch
Very nice content understood everything by just watching this 🎉🎉
Maza aagaya bhai🙏🙏🙏🎉🎂😊❤️🙂😒🙏☺️😂😎👋😃😇😘🎊😂😃🤢🙏🎉😃🤢☺️😂👋😇🎉😂😎😎😃
U teached this me in 6 mins 10000 better than my lecturer
In the last joint d.. 10. 39 is compression so it is negative but in this it is positive.??
Thanks a ton... I always got confused after starting out and knowing it is compressive or tensile but not indicating towards or away the nodes as you have.
Kam samay me itana achha tussi great ho sir
Can you explain clearly how you get 15/8.
Bro u made my day very happy because I started listening very lazily and when I am listening to the class I thought very cool and free of mind ❤❤❤ love u bro from Visakhapatnam, Andhrapradesh
Every doubts are clear. Thank you so much sir 🙏
Why didn't we have to find all the joints,,like at the end we have a choice to only find either joint E or D...... pls ans
You didn't concentrate in class, I wouldn't expect you to concentrate on UA-cam
at 5:43 why is FCD not negative. Since the joint is D, wouldn't a force moving towards a joint be compressive and therefore negative. Pls help
Yes.. its is negetive when you do not show the direction. Here arrow gives the direction so it is not negetive.
Bro your channel content is amazing ❤️❤️🔥 and name is more amazing 😂
Tera Jawab nahi....kya padhaya hai❤
How you are taking the direction of members while solving joints
if the value comes positive then it is tensile and will go away form the joint and that will be the direction
Sir can u please tell how to take sin and cos in joints
On X-axis v should take cos and on y-axis sin, on resolving dt force v vil get both sin n cos, while v r calculating F(x) v vil take cos, while calculating F(y) v take sin... Dts it
Thanks sir you are really great I am 1st year student and you make it all for me easy and plz keep it on.
Thanks.. due to time constraints in my 5th sem.. new releases will be in February.
We're together in this industry
I need the lecture of moment distribution method
Can someone explain what happen in Moment at point A. Why its (2.5)10cos60 why not (2.5)10sin60?
"cos60" is the perpendicular distance between the force 10N & point A.... Bcoz 10N is a vertical force.... Your ans will be crct if the force would have been horizontal..
Thank you for very very great and simple explaination
If I'm not wrong then there was a mistake 😅 it should be Rc not Rb as the support are on A and C while finding moment about A . By the way great explanation 👍
Can u tell me , my length 40 feet width 30 feet , which size trusses used and all details ?
Sorry sir, I may not help you with that.
can you explain 15/8 length please
Awesome video, we can also consider clockwise negative and anti clockwise positive, right?
Yeah. Just mention it.
Thanks for this video😊😊
Engineering student..
Bro at point C hinged support you took only one support coming from down not from side.
Allah aapko kamyaabi ata farmaaye 🤲
Bhut hi pyaari video h 👍🏻
how to determine member size
I can understand very clearly & easy. Thankyou verymuch sir.
Thank you sir
Sir kuch questions me member ke distance nhi hoti unki distance kaise find out krte hai pls btado
Hmare exam aa gye hai pls
Fcd ki value aai thi -ve me but Joint D me Fcd tha -ve of x-axis then eventually {-ve × -ve} makes +ve which makes Fde a tensile force.
at 1:38, can someone explain how he got 2.5 for AE?
timely help...Thanks modi!
why Rb when the pin joint is at c?
what about joint E?
Why you not uploading more
I have been working on some other project lately.
Thanks sir it was very well made video
There must be a horizontal reaction at C because it is hinged support
Can we find the forces from point 'E'....???
Yes, you can choose any point where number of unknown forces is less than or equals to 2
@@BACKNALAGEGADOBARA ha okk TQ....bro....
How to solve it when the 30 degrees are not given?
Nice one
Every thing was perfect except the signs of tension and compression are opposite in members
Bro can you correctly explain by giving the time that the video goes wrong
@@kushal333 For me tension is always stretching the member out and the compression is pushing it in, but he has done it inverse, also my instructor did this, I don't know if I may be wrong.
Beo at 3:50 Fab is in (-) and it is compression so sign is towards the joint but i am not understanding that why he aroow in E is towards E because if we calculate Fea from joint E than it gives positive value thus it should away from joint E cause it is tensile.. I am not getting it?
@@kushal333 The sign is negative so he concluded that it is compression but now the sign should be into the member and away from the joints according to my understandings
@@muhammadtalha6319 if away from point in compression then why he have done towards the joint?🤣🤣 I think he doin it wrong while giving signs of compression in a member.
Actually i also come to same conclusion as ur's✌️. Thanks buddy
Yooo need some help can I email you the question I'm stuck on
How did you get FBE while the value of FBD is still unknown??????
Hii
i dont get how you find ojt that reactions 💀💀😵😵
I totally forgot why x-axis uses cos and y-axis uses sin. I hate doing calculations from memory. Can someone remind me why..
Its not about axis. Your cos and sine components depends on where you take the angle.
If angle is with x axis than cos is in x axis... if with y axis than cos is with y axis.
@@BACKNALAGEGADOBARA so if angle is with x axis then sin is in y axis? and if with y axis then sin is with x axis?
@@Xboxlove1 yes, the axis with angle is cos, remember this way
@@BACKNALAGEGADOBARA where is sin goes
Plz upload method of section also
Ya.. looking forward to it
Lol... Ra + Rc=22 bro... You misplaced Rc and Rb
Bhai khud hi kr rha h...tu to ...
Yeah. I thought I'm wrong. Glad I read the comments 😁.
Really helpful
Spr sir i like this video
how you get Fbd is 10.39 bro..?
My guy.... my calculator is denying Your calculations
what is Rb?
kon ko vi tum...4sal ka doubt ekdin main clear kar dia💕💕
Once consider physics with Dr.zawwar
Superb clarification bro i m starting my study from ur video's ur lecture is very interesting
Tq bro..My doubt is clarified.. But make videos clearly so that everyone could understand
Nice advice.. 👍
Thank you sir... wonderful explanation...
At point e and d point are incland solution plz
Thank you sir 🙏
Thanks a lot - An architecture student
Bhai.... calculation me negative force le skte h??
ya.. video me bataya about this topic.
Kya naam hai bhai channel ka waah!
I have my xam on friday 26 idk what to write help me
Thank you very useful...
Good
Thank you so much sir
Thnks a lot sir
thnx bro.this was helpful
Plz made it a little bit slow
Ya, even I realized that.. i will try.
Even i feel the so
Just watch it on 0.75x speed. it will help
Thank you very much...!
Explain the joint E clearly
Zan da khlas ki Zoya
Bhai humara back 3 baar laag chuka hain kya kareen ?
Toi jorhat aa..maar khabi
Awesome video bro
Make same type of video on method of sections too
Thank you so much
Nice one bro
Thnks❤❤❤
Great
Thank you very much
thanks 🙏🙇 bro
Superrr
So fast no explanation what's the hse
The same problem in the method of sections needed....
awesome
Baley Mosam cheysam Mova ×1.75 petti ipload cheysi
Amazing man!
I think u should explain little slowly
Thanks Boss
:) asommeian man
too fast to solve the problem so plz little bit slow
Awesome👏
Thank you bro, it helped me a lot. I request you to please make a video of 'method of sections'. 🙏
Thanks for this video
Aur video upload kro bhai
Nahi to back lag zaega