An ideal gas is made go to through a cyclic thermodynamics process in four steps. The `Q_(2)= 300J, Q_(3)= - 400J, Q_(4)= -100J` respectively. The corresponding works involved are `W_(1)= 300J, W_(2)= -100J, W_(3)= 100J and W_(4)`. What is the value of `W_(4)`?

An ideal gas is made to go through a cyclic thermodynamical process in four steps. The amount of heat involved are Q_1 = 600 J , Q_2 = -400 J, Q_3 = -300 J and Q_4 = 200 J respectively. Then the corresponding work involved are W_1 = 300J , W_2 = -200 J, W_3 = -150 J and W_4 . What is the value of W_4 ?

An ideal gas is taken through a cyclic thermodynamic process through four steps. The amounts of heat involved in these steps are Q_(1) = 5960 J, Q_(2) = -5585 J, Q_(3) = -2980 J and Q_(A)=3635J respectively. The corresponding works involved are w_(1) = 2200 J, W_(2) = -825 J, W_(3) =-1100 J, and W_(4) respectively (i) Find the value of W, (ii) What is the efficiency of the cycle ?

An ideal gas is taken through a cyclic thermodynamical process through four steps. The amounts of heat involved in these steps are Q_1=5960J,Q_2=-5585J,Q_3= - 2980J, Q_4 =3645 J, respectively . The corresponding works involved are W_1=2200J, W_2=-825 J, W_3= -1100J, W_4 respectively. The value of W_4 is

An ideal gas is taken through a cyclic thermodynamical process through four steps. The amounts of heat involved in these steps are Q_1=5960J,Q_2=-5585J,Q_3= and -2980J Q_4 =3645 J, respectively . The corresponding works involved are W_1=2200J, W_2=-825 J, W_3= and -1100J W_4 respectively. The value of W_4 is

An ideal gas is taken through a cyclic thermodynamic process through four steps. The amounts of heat involved in these steps are Q_1=5960J, Q_2=-5585J, Q_3=-2980J and Q_4=3645J , respectively. The corresponding quantities of work involved are W_1=2200J, W_2=-825J, W_3=-1100J and W_4 respectively. (1) Find the value of W_4 . (2) What is the efficiency of the cycle