Constraint Relations

Theory OF Constraint Relation

System of Pulley and Constraint Relation - String constraint

Constraint relation -Wedge constraint and Mixed questions

Make the constraint relation between a_(1),a_(2) and a_(3)

In given system a_(1) and a_(2) are the accelerations of blocks 1 and 2. Then constraint relation is

In the arrangement of three block as shown in fig. the string is inextensible. If the direction of accelerations are as shown in the figure, then determine the constraint relation.

Consider the situation shown in figure-l.76 (a) Find the constraint relation for velocities of blocks A and B.

Two masses A and B are connected with two an inextesible string to write constraint relation between v_(A) & v_(B) Student A : v_(A) cos theta=v_(B) Student B : v_(B) cos theta=v_(A)

In the abjoining figure, wire PQ is smooth, ring A has a mass 1kg and block B,2kg . If system is released from rest with theta =60^(@) ,find (a)constraint relation between their velocities as a function of theta . (b) constrain relation between their accelerations just after the release at theta=60^(@) . (c) tension in the string and the value of these accelerations at this instant.

String and Wedge Constraint Questions