21:22 i have made a mistake., Substitute x = 1000mm. And E = 2 x 10^5 Answer is correct -9.019mm

Sir you doing nice and great 👍 job Tq ❤👏

Nice explaination sir❤....innum niraiya videos post pannungha sir also hydraulics and pneumatics, manufacturing technology 2 for 2021 regulation videos la kindly post pannungha sir😊

19:25 x^3 dhana varanum x^2 poduringa sir?

We have to convert y= -153.33 knm³ to -153.33×10³×10⁹ Nmm³ which is equal to -153.33×10¹² and then we have to divide it by 2×10⁵×85×10⁶ so we get the exact value -9.019mm

Ada poya onnumae puriyala (integration)

Cantilever beam ku podunga na

Sir when apply x=1m in equation since LHS and RHS have same unit therefore the deflection is -9.016m not millimetres

Thankyou sir ❤

Sir deflection under each load Ans: y1 and y2 10 power mainas[8 or 9 ] la varuthu sir

11:08 why we not included the reaction b force in bending moment equation? 🤔 Is there a reason. Please explain sir 😞!

I beg you sir please do more videos in FEA

Sir y1,y2 find pandrathula x unit meterla irruku EI unit mm la irruku

Sir pls upload double intergration method 😢 pls.....

'y' value comes wrong.....why sir ?

Bro diagram kodupangala questionla

Convert into E=2 x 10^8 kN/m^2, I = 85 x 10^ (-6) m^4 and x = 1m, you will get the ans -9.019x 10^-3 meter, it is equal to -9.019 mm

Sir can you please check the answers of y1,y2 and y max

25:59 explain plsssss🙏

Hlo sir