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 ?

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 ?

When a system is taken from a state i to a state f in Figure, along the path iaf , we find DeltaQ=50cal and DeltaW=20cal while during the path ibf , DeltaQ=36cal . If U_i=10cal . (a) What is U? What is W along the path ibf ? (c ) If W=-13cal , along the curved path fi , what is DeltaQ for this path? (d) If U_b=22cal , what is DeltaQ for the process ib ? for bf ?

When a system is taken from state i to a state f along path iaf, Q = 50 J and W = 20 J. Along path ibf, Q = 35 J. If W = -13 J for the curved return path f i, Q for this path is

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 a state f along path iaf, Q=50J and W=20J. Along path fbi, Q=35J. If w=-13J for the return path fi, Q for this path is

a thermodynamic system is taken from the state i to statef along the path iaf. It is found that the heat absorbed by the system is 40 cal and work done by the system is 16.19 cal. Along the path i bf, the heat absorbed is 35 cal. (a) Find the work done along the path i bf. (b) If W = - 10 cal for the curved return path fi, what is for this path ? (c) Take U_(b) = 20 cal, what is U _(f)? (d) If U _(b) = 20 cal, what is for the process ib?

When a system is taken from state 'a' to state 'b' along the path 'acb', it is found that a quantity of heat Q = 200 J is absorbed by the system and a work W = 80 J is done by it. Along the path 'adb', Q = 144 J In the above question, if U_(d)=88J , heat absorbed for the path 'db' is

When a system is taken from state 'a' to state 'b' along the path 'acb', it is found that a quantity of heat Q = 200 J is absorbed by the system and a work W = 80 J is done by it. Along the path 'adb', Q = 144 J In the above question, if U_(d)=88J , heat absorbed for the path 'db' is