You deserve more and more like TQ brother for this valueable series of determinacy. Please make a series for thrust calculation on arch in various conditions ❤
Sir in case of beams only 2 equilibrium equations will be there, i.e, €v=0,€m=0, because beams are subjected to vertical loading only, no horizontal reaction will be there so no horizontal quilibrium equation
Why do you including additional equation for internal hinge in equilibrium equation portion in k where as in unknown portion in kina matic ? Plg ans..you have given for plane . Will you give this for space frame also?
Sir jo topic callege me fees dekr ke bhee nhee smj aate hai vo aapke video lectures se free me smj aa jata hai ❤❤. Thankyou sir
Wow great teaching sir I proudly say I am benefited by your lectures thank you
Sir thank you so much you have saved my day
I did not understand it in college and even today
But now i have understood it thanks
You deserve more and more like TQ brother for this valueable series of determinacy. Please make a series for thrust calculation on arch in various conditions ❤
Thnk u sir it's really so helpful
Well done Bhai ek Baar me sab clear Kar Diya 👍👍👏👏
Hero ho aap in teaching bahut easy way se clear kr dete hai aap , no querry no doubt left
Teaching technique is very very amazing🤩👍
बहुत ही अच्छे से समझाया आप ने sir
धन्यबाद आप को
My concept is cleared really great teaching
Thank you so much bro itne achhe se explain kiye ho easy way m😊
Very much helpful for ssc je
I m in love with ur video
Aap jaise teacher ho to India m koi bhi Engineer berojgar nhi rhe thanks sir
You are best conceptual teacher sir .
Extremely super your subject explanation
Many many many many..... So many
Thanks to you☺💞💞💞🙌🙌
Thank you sir
Bro itna easy se samhj aaya 👍👍😘😘😘 aur humre professor ka kuch b samhj nii aaya
Very neatly explained
Thank you 😊😊
Thanx sir😘...very helpful
Really thank you sir 💝
So helpful plz maké videos on next unit
Thanks bro, it very much helpful,...
Thank you so much.
nice teaching skill
Thank you
Tnq Soo much bro....👍👌👏
Thank you so much brother
Thank you so much sir jee
Top class 🤜
thank u Sir....love this video
Thanks sir 👍👍👍
Thank u for explained
Thank u brother sir
Good explanation.thankyou sir.👌👌👌
Sir in case of beams only 2 equilibrium equations will be there, i.e, €v=0,€m=0, because beams are subjected to vertical loading only, no horizontal reaction will be there so no horizontal quilibrium equation
fixed beams
@@onlytrippie inclined force mey horizontal ata hai bhai
I used to fear 😨 through this subject.
Thank 🌹
My 😱fear has gone
thku so much gr8 vdo.......
thanx bro
Nice expansion great 🥳🥳
Mst padhate ho Bhai🔥🔥🔥
Avi bhi aap Ka lecture Dekh rhe 😀
Thank you sir....isse bhut help mili h sir
Super sir use some English word sir
Thank u so much..
Great job👌
So nice, Good teaching skills you have .... I support u bro
finally hmko bhi aa gya 🙏
thnku sir
Can u plz tell me practically what is internal hinge in beam...?
Just awesome👍👌
Super bro I'm karnataka
You have a good skill to teach...carry on
What a mind blowing sir.....ji.
😂
How to find external and internal static indeterminancy for frame and truss plz make video on this🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏
Why do you including additional equation for internal hinge in equilibrium equation portion in k where as in unknown portion in kina matic ? Plg ans..you have given for plane . Will you give this for space frame also?
Merry Christmas 🎄
Same to you!
Nice
Too good bro...online class chaläiyee.💛😜💚💚💚
For beams ....no of equilibrium equations is 2 or 3???
Very nice way to explain.. I am getting the point... thank you sir... I subscribed your channel
Nice video bhai..🔥🔥🔥👍
Prabhu apke charan kidhr hai apke charno ma matha tekna chahta hu 😊
Sir...last question thoda check kijiye.....iss mei... reaction=10 hona chhaiye.....
3 roller support meh 0 ayega kya
Sir can’t we find reactions for internal hinge that is vertical and horizontal reaction…
Sir please clear this doubt
What is M in Dsi formula?
What is m in dsi ????
A subtract koe kr rhe hai reasion btyea
Bhai mujhe iske notes ki pdf chahiye
Dse= R -E - A
Sir pdf pls send
A subtract koe
no
Thanks for solution
E change bhi ho skta hai. Don't teach wrong
Thank you sir
thank you
Thank you 🤩
Thank you so much sir jee
Thank you sir ❤
Thank u so much sir