Slope and Deflection of Cantilever Beam by Macaulay's Method || double integration method

#slopedeflection #edufriend #tambolkarsir
To buy our complete course download the EduFriend E-Learning mobile app . Link is given in description box.
Link to download app:
play.google.co...

[@AKFUN51]

Love you 😊 sir ji from jharkhand

[@KiviJohaz]

Wow fantastic Please show how Eccentricity ie E is converted to kN/m^2 or N/mm^2. Explain how slope and deflection for simply supported beam of different UDLs can be calculated using macaulay's method. Explain cantilever beam with udl at free end and point load at the middle. Thank you 😊 💓

[@Raj-jn1ip]

Excellent explanation

[@TusharJanbandhu]

Your way of explaining is very good sir🙏

[@kimjongun1777]

Namaste 🙏. Can u plz add English subtitles. Ur explanations are very good

[@erhimanshupal2038]

Katai tagado samjh aayo hai🙏👍👍👍

[@RishuKumar-qu8dt]

A simply supported beam AB of span 4m is carring a triangular load varying from 0 to A to 5KN/m at B. Determine the maximum deflection of the beam. Take rigidity(flexunal rigidity) of the beam as 1.25*1 d² N. mm².

[@sambhusagar2903]

Very very very nice video sir jee

[@CIVILWITHSURAJ]

Well teaching process sir....please keep up it continue sir....

[@RekhaKumari-wk7xy]

You should watch this also kzbin.info/www/bejne/mnysqmmZfZZom7M

[@kunaljonwalcivil5183]

Sir aap bahut achha padhate ho thanks

[@BotlaBhushanna]

Excellent sir

[@yangchinlhamu210]

Nicely explained sir👍🏻 do upload videos based on udl problems with several load conditions in deflection

[@pandavkumar5393]

Thanks sir aapko dil se shukriya 🙏🙏🙏❤️❤️❤️❤️

[@Vishal12]

Perfect

[@meerakumari8157]

Thanku so much sir jii

[@naishinlungpanmei1357]

1 (b) A cantilever of 4 m span and 400 mm depth carried a uniformly distributed load of 5kN / m . Find the value of the concentrated load w acting at the free end so that the maximum deflection does not exceed 10 mm anywhere in the cantilever. Also find the maximum slope due to both these loads. [E=200GN/m^ 2 ; I = 20000 * 10 ^ 4 * m * m ^ 4 .) 10 solve this for me sir

[@amitkumarbind3]

Mast padha te ho sir 1-1point clear ❤

[@mohammedfurqan6379]

Wonderful explanation 🙌🙌🙌🙌

[@satya7514]

Thank you so much sir......

[@Depthofhorror]

good teaching sir

[@notspecified7777]

Perfect explanation sir

[@ridhimanjain5347]

This was really helpful thank you so much

[@sureshsuryawanshi4965]

I think deflection unit in mm

[@anamolgamoses621]

determine the slope and deflection at point c on the beam below (figure 2). 5 kn 4m 4m a c b figure 2

[@RekhaKumari-wk7xy]

You should watch this also kzbin.info/www/bejne/mnysqmmZfZZom7M

[@Gp.jamui1]

Thanku so much sir 🥰🥰

[@prathamchaudhari9980]

This video is shoots in 0.25x speed 😅

[@kirtiprakash5035]

Very nice sir

[@bachchansingh3244]

Very good

[@Theja-R-]

Good explanation on this topic sir

[@hhcdghjjgsdrt235]

cool

[@hemanthganesherla]

👌

[@strolls2624]

Tq sir

[@erhimanshupal2038]

Thanks u sir 😘😘😘

[@UGESHM-tj1xf]

Your teaching is very nice but it would be better if u avoid Hindi and completely take in English cause not evryone knows Hindi

[@RekhaKumari-wk7xy]

You should watch this also kzbin.info/www/bejne/mnysqmmZfZZom7M

[@sachinbansal5855]

When you put value of x is 0 in equation 5 check again

[@manmohanverma3573]

Right

[@user-qk8rg5nh9m]

Super 👍

[@Szvlogs78]

Other lecture kaha pai mila gai. Ie conjugate method. Etc

[@orebojohn8785]

Please you teach well I don't understand the language

[@chaitnyaparmar3486]

sir if the udl is given in the middle part of the cantilever beam so where do we take the section for Mxx?

[@govindgurjar5268]

Are integration eq. me to -mx aata he sir

[@mithleshkumarmahto1129]

Sir simpley supposed beam solutions. Please send sir

[@nikhilmalaviya5545]

Sr AGR reaction find out krne bole to

[@Reasoning_batch]

App link not working

[@prathampatil3820]

Sir tumhi RCC and estimating and costing che lecture youtuber chalu Kara

[@Reasoning_batch]

App link

[@aaratisingh3066]

thanks

[@pielharin3145]

Dekho na😅 Shah _Rukh_Khan_voice coming 😀😁😂

[@prathamchaudhari9980]

But kya explain kiya hai yaar wahh....😢

[@shoreAwara]

Bro... Where are you from...???

[@RekhaKumari-wk7xy]

You should watch this also kzbin.info/www/bejne/mnysqmmZfZZom7M

[@shoreAwara]

@@RekhaKumari-wk7xy exams are over.will contact u after the results if possible for sure... nd m sure I am going to pass this time...😂

[@mrasare733]

Please try your possible best to speak the English language more than your native one 🤦🏿‍♂️🤦🏿‍♂️🤦🏿‍♂️ I don’t understand anything 🤦🏿‍♂️🤦🏿‍♂️

[@vaivhavjay3342]

Thik h na

[@dinkarkumarjhadp325]

Dekho n 😅

[@dineshkushwah4102]

Unit conversion sheekho pahle uske baad padana 🙏🙏

[@deeprabari8337]

(x-1)*(x-1)/2 kaise kiya?

[@Pararjvaun]

(X-1) x udl is the force and for moment its force x distance ,here for udl its assumed to be acting at the centre of it's distance so moment udlx(x-1)*(x-1)/2

[@sachinbansal5855]

Last line of answer is wrong

[@random2059]

dekh to raha hu sir kitni bar bolo ge

[@RGAOFFICIALYT]

Dekho na 😂

[@engahmedhajifarascade5046]

English sir.

[@dimbanimvula3672]

Use English

[@mwanzajeff]

use english

[@meerakumari8157]

Thanku so much sir jii