Mobility of Mechanism | DOF |

Mobility of Mechanism
Calculate DOF in different Mechanism
#Kinematics
#Mechanical
#KOM
#KTM
#3131906
#GTU

[@RIyaGupta-iz9iw]

Best video ever

[@umabhosale3442]

Simple and quick teaching thanks bro

[@nissarhussain1032]

Best explanation
Easy to remember

[@ashu.babu.a..g.1244]

Thanks Sir . Clear my Douptnut . Thank you So much

[@Kevin-hw8oq]

Awesome explanation

[@user-eo7ck8zq1y]

thank u sir, from Brazil watching your videos

[@pravinkumar07]

Welcome!

[@ashenafitefera-rz9yi]

best video

[@kirtiyadav9123]

in 3rd n 6th question slider is counted as link then why slider is not counted as link in 5th quesntion.

[@nissarhussain1032]

Thanku sir

[@thepakilad3967]

Thank you ustaad

[@academicstuff548]

8:28
doubt shouldn't it be like below ??
It should be 3 Lower pairs
3&4
4&5
4&1

[@adarshkumar808]

Thank you sir🙏

[@limhongye2019]

tq for explanation

[@girish1053]

Thanks a lot sir

[@jatinpanwar6249]

Super explanation sir 🤩🤩🤩

[@bababab-rad]

last example saved me thank you

[@maneeshsingh9568]

Thank you sir j

[@mohdmudassir643]

Super

[@krishnayadav-bq1lz]

Thankyou sir

[@Areyouserious1]

13:25 The small circle underneath the prismatic joint looks like a revolute pair

[@pravinkumar07]

No only prismatic joint is their

[@migoooll]

is it possible for the DOF to not be equal to its mobility?

[@pravinkumar07]

If DOF is equal to 0 then their is no movement in mechanism
If DOF is equal 1 then mobility is their and 1 input required at a time
If DOF is equal to 2 then mobility is also their and at a time 2 input required for mobility...but if you give only 1 input at a time (for DOF=2) then that system will be Unconstrained system

[@migoooll]

@@pravinkumar07 thank you

[@sarmotiv8509]

Why did you write the discerption in English and then explain the whole thing in Indian, so annoying~