In a given figure system is in equlibrium, If `W_(1)`= 300 N. Then `W_(2)` is approximately equal to

A given mass of a gas expands from the state A to the state B by three paths 1,2 and 3 as shown in the figure, If W_(1),W_(2) and W_(3) respectively be the work done by the gas along the three paths then

A given mass of a gas expands from the state A to the state B by three paths 1,2 and 3 as shown in the figure, If W_(1),W_(2) and W_(3) respectively be the work done by the gas along the three paths then

a. Block A , as shown in figure weight 60.0 N The coefficient of static friction between the block and the surface on which it rest is 0.25 .The waight w is 12N The system is in equlibrium .Find the friction for excerted on block A b. Find the maximum weight w for which the system will remain in equlibrium

A gas of given mass, is brought from stage A to B along three paths 1, 2 and 3, as shown in the figure. If the amount of work done in these three processes is respectively equal to W_(1), W_(2) and W_(3) , then–

Consider the two process on a system as shown in figure. The volumes in the initial state and in the final state are the same in the two process A and B. If W_(1) and W_(2) be the work done by the system in the processes A and B respectively then-

a. Block A , as shown in figure weight 60.0 N The coefficient of static friction between the block and the surface on which it rest is 0.25 .The system is in equlibrium .Find the friction for excerted on block A b. Find the maximum weight w for which the system will remain in equlibrium

A given mass of gas expands from the state A to the state B by three paths 1,2 and 3 as shown in the figure. If w_(1), w_(2) and w_(3) respectively be the work done by the gas along three paths then:

A given mass of gas expands from state A to state B by three paths 1, 2 and 3 as shown in the figure If w_(1), w_(2) and w_(3) respectively are be the works done by the gas along three paths, then

A given mass of gas expands from state A to state B by three paths 1, 2, and 3 as shown in the figure : If w_(1),w_(2)and w_(3) respectively, be the work done by the gas along three paths, then