When a system is taken from state `1 to 2` along the path `1 a 2` it absorbs `50 cal` of heat and work done is `20 cal`. Along tha path `1 b 2`. `Q = 36 cal`. What is the work done along `1 b 2 ?`

When a system is taken from state i to state f along the path iaf, it is found that Q=50 cal and W=20 cal . Along the path ibf Q=36cal . W along the path ibf is

When a system is taken from state i to state f along the path iaf, it is found that Q=50 cal and W=20 cal . Along the path ibf Q=36cal . W along the path ibf is

When a system is taken from state i to state f along the path iaf, it is found that Q=50 cal and W=20 cal . Along the path ibf Q=36cal . W along the path ibf is

When a system is taken from state i to state f along the path iaf, it is found that Q=50 cal and W=20 cal . Along the path ibf Q=36cal . W along the path ibf is

When a system is taken from state i to state f alone the path iaf, it is found that Q=50 cal and W=20 cal. Along the path ibf, Q=36 cal (figure) (a) What is W along the path ibf ? (b) If W=-13 cal for the curved return path f i , what is Q for this path ? (c) Take U_(i)=10 cal. What is U_(f) ? (d) If U_(b)=22 cal, what is Q for the process in and for the process bf ?

A system is taken from state a to state c along the path adc (figure). The amount of heat absorbed is 10 cals and work done on the gas is 138 J . Calculate the work done on//by the gas when 20 cals of heat are absorbed in taking the system from state a to state c along the path abc

When a system is taken from state I to state f along path iaf in fig - 21.23 Q = 100 cal and W = 40 cal Along path ibf Q = 72 cal . (a) what is W along path ibf ?