Degrees of freedom

[@vidhiakoliya]

So useful this ... Thank you...

[@yehyakhaledfawzi]

Very good explanation

[@JUNOKANG]

clearly explained. Thanks Joji !

[@rajashripatil25155]

Thank you sir great explanation

[@snehaakhadmal4986]

Thank you sir! 🙏Clearly explained. 🌸

[@jaykumar9329]

In the last portion of presentation,ref various figures ,there in the book , mentioned ,class, forms,restraints ,could not be understood please.

[@shanmugapriyan6408]

🔥👍

[@praneeshadaggupati5002]

Thank you

[@kaysteeves960]

can someone drop all the answers for the exercise at the end of the video please

[@harshkaushik7667]

👍👍👍

[@786.usmansaeed]

How many degrees of freedom does a block going down an inclined plane have in xy plane??

[@drjojithomas]

1

[@786.usmansaeed]

@@drjojithomas explain plz??

[@luisaaseman4819]

Hello Sir! can i ask if what is your reference book?

[@drjojithomas]

Theory of Machines by S S Rattan Mcgraw hill publication

[@luisaaseman2645]

Thank you so much Sir.

[@chandankumarsahu8201]

B figure how many degree of freedom??

[@drjojithomas]

b)4 degrees of freedom

[@chandankumarsahu8201]

@@drjojithomas sir suppose radius of cylinder is slightly more than radius of sphere...how many degree of freedom the sphere has??

[@drjojithomas]

@@chandankumarsahu8201 a small play will always be there, a pin joint between two binary links is assumed to have one dof but there may have a small linear motion possible but if that play is not affecting the purpose for which it is made we continue to assume it to have one dof only. Our aim is to simplify the analysis. Otherwise there may have all 6 degrees of freedom in most of the cases(microscopic level)

[@chandankumarsahu8201]

@@drjojithomas thnk u so much sir...I also feel..there is six degrees of freedom...

[@pawan1913]

@@drjojithomas How? there is no plate so 6 dof

[@Ahmad-le5vr]

thx