NUMERICALS|PULLEY

PULLEY CONSTRAINTS - SEGMENT METHOD

PULLEY CONSTRAINTS - OBSERVATION METHOD

PULLEY CONSTRAINTS - STRING CONSTRAINT METHOD

Figure shows a composite pulley of that consist of two cylinders of ‘R’ '2 R' stacked coaxially. Moment of inertia of composite pulley is (MR^(2))/(4) .A light string is wound over pulley and another pulley 'A' of mass 'M' is hanged through the string as shown in figure If there were no friction between string and pulley ‘A’, then the acceleration of pulley ‘A’ will be -

2 Infinite Pulley System Problem || Pulley Problem Mechanics || JEE Mains & Advanced Special

Questions|Pulley Block System|Examples

String is wrapped over a pulley and free end is fixed to the ceiling as shown in figure. Mass of the pulley is m and its radius is R. Assume that pulley is identical to dise. Calculate acceleration of pulley as it is allowed to fall by unwinding the string. Assume that string does not slip over the pulley.

Exercise Questions |Movable Pulley

String Rod, Pulley Constraints

For a single movable pulley, MA is _____.