Strength of Materials: Double Integration Method (Beam Deflection) Part 2 of 2

[@mariceltoquero6813]

Thank you Po engr. I've learn a lot Po about double integration method❤

[@GenknownTutorial]

Thank you.

[@nicolelumbab5243]

Thank you po

[@MOATHALSHIBLIvfx]

thank you

[@flee3695]

can u explain sir why we have to extend the uniform load up to the other support? i mean what is the purpose? is there a rule?

[@flee3695]

ah i think nakuha ko na sir, kasi pag double integration ba dapat nasa midspan? so u extended it?

[@johnpaullamio416]

ginagamit kase yung rule ng macauley. so kaya mo siya inextend para isang function as a whole na gagawin mo. ngayon kung di mo ieextend magkakaron ka ng 3 function if I am not mistaken since sa 3 point nag kakaroon ng discontinuous

[@flee3695]

ah okaysalamat lods

[@earlkennethgeroche8140]

di ba magiging 300 N/m nalang yung inadd mo na load kase hinati sa dalawa?

[@johnalfredmendoza1579]

Sir, wala po bang solving for maximum deflection nyan sir? Kahit answer lang po wala akong tiwala sa sagot ko sir

[@arlreycanicula8748]

Bakit mo nasabi na 3m ang midspan,sa part 1 kasi pinagsolve pa gamit yung equation of slope. Thanks

[@flee3695]

meron po ba kayong problem na double integ ang ginamit?

[@gatztiansay9051]

How about the maximum slope and elevation of the given??

[@engrjayc]

slope is zero (y' =0 ) to get the maximum dflection

[@gatztiansay9051]

@@engrjayc how about the maximum slope?? Should I also use the computed x value for the equation 1?

[@engrjayc]

The maximum slope always occurs at the hinge and roller support.

[@IceScramble-y4p]

how to pass essmat??

[@al-rasheedebba7212]

[@abdun-nurkadil465]

mabisa in boii

[@sengaming179]

Thank you po