Trapezoidal distributed load on Beam

This video shows how to find support reaction for trapezoidal distributed load acting on the beam. For more details please watch full video.
Trapezoidal_load_on_beam
Trapezoidal load on beam
beam analysis
Load on beam
support reaction of beam
Beam reactions
beam analysis

[@girishgange]

No one can explain like you... Great person

[@civilengineering94]

Thank you so much 😀

[@luismarramirezcolmenares9404]

Thank you so much I have watched so many videos but I always get confuse but I finally got it, Great video.

[@civilengineering94]

Glad it helped!

[@melexia9971]

Thank you sir this taught me well ❤

[@larrycantrelljr5570]

Thank you so much for a complete and thorough explanation. Great teacher!

[@civilengineering94]

You're very welcome!

[@umaizali333]

Best teacher

[@civilengineering94]

Thanks

[@general7]

thanks for enplaning. great job

[@civilengineering94]

Thank you

[@kyledetring1175]

thank you so very much

[@civilengineering94]

You are very welcome

[@ajitha8922]

Thank you soo much Sir!

[@civilengineering94]

Most welcome!

[@haksophea4257]

I love your explaination

[@civilengineering94]

Thanks

[@User-j9r1z]

Thankful ❤

[@natanimkore]

thank you sir

[@civilengineering94]

Most welcome

[@db2885]

I would like to take my liberty to state that the solution for the support reactions does not cancel out the loading, hence the condition for equilibrium is not satisfied. Why don't we break down the loading into rectangular and triangular section and then solve them separately just to avoid redundant calculations and also, equilibrium condition would be satisfied.

[@civilengineering94]

its also possible

[@ZaxShorts1]

His rb is wrong. Correct Rb is 125.88 so 6+36x3.33 = that shit

[@hubofonlineskills1778]

Sir request you to make a video on how to make shear and bending moment diagram of beam using force method and integration method please

[@civilengineering94]

As soon as possible

[@Kel-Sang]

Sir iska SFD and BMD kaha he ?

[@elizabeth3521]

What is Fi and Xi?

[@gaurav_mishra3183]

Thanks sir

[@civilengineering94]

Welcome