Kinematics of Rigid Bodies l General Plane Motion l Relative Velocity & Instantaneous Center Method

Kinematics of Rigid Bodies l Solving General Plane Motion using Relative Velocity Method and Instantaneous Center Method.
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[@johannesmj9595]

Thanks🙌🏿🙌🏿🙌🏿🙌🏿

[@bunnoljohnnamae2109]

Sarap sa tenga nung INTRO ❤️

[@sundaysilva4749]

Thanks a ton!

[@powerlvl15]

Sana magkaroon po kayo ng series of videos tungkol po sa Theory of Structures. Subbed po.Salamat!

[@mathematicsandengineeringv9882]

Yes po lods., Continuous nman po paggawa naten ng video and after po madiscuss lower mechanics is aakyat na po sa theory including Designs. Thank you lods.

[@jaymundostonal5154]

From Step 3 of the first method, why is it assumed that velocity at A is present at both A and B in translation? 4:43

[@mathematicsandengineeringv9882]

hi Lods, it is also present in point B since the rod AB is divided into Translation and Rotation Motion. Considering Translation(Rectilinear Motion) direction and magnitude of velocity at A is the same as Direction of velocity at B (or any points of AB) but due to the reaction of Sliding Support, Tendency of that velocity will rotate. thank you