Double Integration Method Example 1: Part 2

Part 2 of an example using the Double Integration Method to find slope and deflection along a simply supported beam with a constant EI.
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[@ENG.ANONYMOUS]

Better than my professor.
Helped a lot thanks 💙

[@eddarlington4161]

You explain it better than my teacher, thankyou!

[@blessingedeigba1677]

You did this better than my professor thank you ❤

[@teslakartel5851]

Best teacher on TH-cam

[@arranw165]

really useful thanks

[@izyanhanis3972]

how wL^4/24 - wL^4/12 get wL^4/24 ? Sorry cannot brain rn

[@jamesdean7959]

You flipped the terms, it's the other way around.
But, if per say, wL^4/12 is "a", then we will have: a - a/2 , in order to get common denominators => 2a/2 - a/2 , i.e. 2wL^4/2*12 - wL^4/24 = wL^4/24

[@ENG.ANONYMOUS]

@@jamesdean7959 thanks after 3 years he is probably graduated
Thanks anyway 👍🏼

[@Shitjustgoesdown]

@@ENG.ANONYMOUS Lets be honest. If this engineer can't subtract two fractions, idk about graduated. lol

[@technodaisy18]

@@Shitjustgoesdown, we all learn at a different pace, often forget things and sometimes are not taught basic things at the beginning.

[@brynnanneville5245]

Hello sir. Can you explain about the beam deflection with concentrated load at the center of the beam. I cant understand what my lecturer taught at the class and my final exam is reaching. Im looking forward to hear your response. Thank you :)

[@mahmoudkhaled8238]

Hi