A Uniform ladder of weight 1000 N and length 4 m rests on a horizontal ground and leans against a smoothe vertical wall. The ladder makes an angle of 600 with horizontal , when a man of weight 750 N stands on the ladder at a distance of 3 m from the top of the ladder , the ladder is at the point of sliding .Determine the Coefficient of friction between ladder and the floor
Bro ithula neenga first (RB×OB)+(1000×FA)-(750×GA) nu sollirukinga but values kandu puduchu substitute panra apo (RB×OB)-(1000×FA)-(750×GA) it means second portion ku - use pannirukinga
A Uniform ladder of weight 1000 N and length 4 m rests on a horizontal ground and leans against a smoothe vertical wall. The ladder makes an angle of 600 with horizontal , when a man of weight 750 N stands on the ladder at a distance of 3 m from the top of the ladder , the ladder is at the point of sliding .Determine the Coefficient of friction between ladder and the floor
Tq for the explanation sir ✨
Thanks for your video sir it's to useful for me
Thank you bro ❤
Thanks for explaining sir
B point la friction force bro? Ladder downwards la move akum apo friction upwards??
Play time sollunga bro ..I wil check
Thx alot bro
Very usefullll
Bro ithula neenga first (RB×OB)+(1000×FA)-(750×GA) nu sollirukinga but values kandu puduchu substitute panra apo (RB×OB)-(1000×FA)-(750×GA) it means second portion ku - use pannirukinga
😂
Sir sin30=OB/6 thana varanu neenga 60 solreenga sir
Play time சொல்லுங்க I will check
Bro anga 60° and ladder length 4m thaa kuduthu irukaanga ...so crt thaa
Super