Sheet No(4)G/A horizunt al axle AB, Im ang is pivoted et the mid pointC It Caries aweight of zkg at A and awheel weighing Skg atB. The wheel is mal ta sein at aspeed of 600 rpm. inacloctwisedirection haoking from it, fr mtA ssum ing that thu weight .fthe flywheel is unifurmly distributed arund the vim whase mean dia-meter is 6ocm. Calculate tles angular veloci'ts of prece ssian ofSystem aroundthe Vertical axis through C.

DATA GIVEN:- length of axle = 1m, as it carries 2kg at point A, so its weight at A is (WA) = 2…

Sheet No(4) O/A horizunt ul axle AB, Im Lang is pivited at the mid point C It Carries aweight f 2kg at A and awheel weighing Skg ut B. The wheel is made te spin at aspeed of 6. rpm inmel oc twike direction haoking from H, frmt A ssum iny that tha weight .f the flywheel is unifurmly distributed arnund the rim whose mean dia- meter is 6o cm. Calculate t len angular velocits f precessin of System around thu vertical axis through C.

Sheet No(4) O/A horizunt ul axle AB, Im Lang is pivited at the mid point C It Carries aweight f 2kg at A and awheel weighing Skg ut B. The wheel is made te spin at aspeed of 6. rpm inmel oc twike direction haoking from H, frmt A ssum iny that tha weight .f the flywheel is unifurmly distributed arnund the rim whose mean dia- meter is 6o cm. Calculate t len angular velocits f precessin of System around thu vertical axis through C.