A thermodynamic system is taken an initial state i with internal energy U_(i) = 100 J to the final state f along two different paths iaf and ibf, as shown in figure. The work done by the system along the paths af, ib and bf are W_(af) = 200 J, W_(ib) = 50 J and W_(bf) = 100 J respectively. The heat supplied to the system along the path iaf, ib and bf and Q_(iaf), Q_(ib) and Q_(bf) respectively. If the internal energy of the energy of the system in the state b is U_(b) = 200 J and Q_(iaf) = 500 J then find out the ratio of Q_(bf)//Q_(ib).

A thermodynamic system is taken an initial state i with internal energ

1.	A thermodynamic system is taken an initial state i with internal energy U_(i) = 100 J to the final state f along two different paths iaf and ibf, as shown in figure. The work done by the system along the paths af, ib and bf are W_(af) = 200 J, W_(ib) = 50 J and W_(bf) = 100 J respectively. The heat supplied to the system along the path iaf, ib and bf and Q_(iaf), Q_(ib) and Q_(bf) respectively. If the internal energy of the energy of the system in the state b is U_(b) = 200 J and Q_(iaf) = 500 J then find out the ratio of Q_(bf)//Q_(ib).
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