For the arrangement shown in figure-2.169, the tension in the string to prevent it from sliding down, is :

For the arrangement shown in fig., the tension in the string to prevent it from sliding down, is - (mu=sqrt(3))

For the arrangement shown in the figure, tension in the string is

For the system shown in figure, the tensions in the string

For the system shown in figure, the tensions in the string

The tension T in the string shown in figure is

The tension T in the string shown in figure is

For the arrangment shown in the fig. the tension in the string is [Given: tan^(-1)(0.8)=39^(@) ].

For the arrangement shown in figure, angle theta for which tension T_1 in the left string will be minimum is (Pulley and strings are ideal)

For the arrangement shown in figure, angle theta for which tension T_1 in the left string will be minimum is (Pulley and strings are ideal)