A mono-atomic ideal gas of two moles is taken through a cyclic process starting from `A` as shwon in the figure below.
The volume ratios are `V_(B)//V_(A) = 2` and `V_(D)//V_(A) = 4`. If the temperature `T_(A)` at `A` is `27^(@)C`. Calculate

a. The temperature of gas at `B`.
b. Heat absorbed or evolved in each process.
c. Total wrok done in cyclic process.

A monatomic idea gas of 2 mol is taken through a cyclic process starting from A as shown in figure. The volume ratio are V_(B)//V_(A)=2 and V_(D)//V_(A)=4 . If the temperature T_(A) at A is 27^(@)C , and gas constant is R . Calculate. The temperature of the gas at point B

A monatomic idea gas of 2 mol is taken through a cyclic process starting from A as shown in figure. The volume ratio are V_(B)//V_(A)=2 and V_(D)//V_(A)=4 . If the temperature T_(A) at A is 27^(@)C , and gas constant is R . Calculate. The temperature of the gas at point B

A monatomic idea gas of 2 mol is taken through a cyclic process starting from A as shown in figure. The volume ratio are V_(B)//V_(A)=2 and V_(D)//V_(A)=4 . If the temperature T_(A) at A is 27^(@)C , and gas constant is R . Calculate the temperature of the gas at point B

A monoatomic ideal gas of two moles is taken through a cyclic process starting from A as shown in figure. The volume ratios are (V_(B))/(V_(A))=2 and (V_(D))/(V_(A))=4 . If the temperature T_(A) at A is 27^(@)C , calculate: (a) The temperature of the gas at point B . (b) Heat absorbed or released by the gas in each process. (c) The total work done by the gas during complete cycle.

A monoatomic ideal gas of two moles is taken through a cyclic process starting from A as shown in figure. The volume ratios are (V_(B))/(V_(A))=2 and (V_(D))/(V_(A))=4 . If the temperature T_(A) at A is 27^(@)C , calculate: (a) The temperature of the gas at point B . (b) Heat absorbed or released by the gas in each process. (c) The total work done by the gas during complete cycle.

A monoatomic ideal gas of two moles is taken through a cyclic process starting from A as shown in figure. The volume ratios are (V_(B))/(V_(A))=2 and (V_(D))/(V_(A))=4 . If the temperature T_(A) at A is 27^(@)C , calculate: (a) The temperature of the gas at point B . (b) Heat absorbed or released by the gas in each process. (c) The total work done by the gas during complete cycle.

A monoatomic ideal gas of two moles is taken through a cyclic process starting from A as shown in figure. The volume ratios are (V_B)/(V_A)=2 and (V_D)/(V_A)=4 . If the temperature T_A at A is 27^@C . Calculate, (a) the temperature of the gas at point B, (b) heat absorbed or released by the gas in each process, (c) the total work done by the gas during the complete cycle. Express your answer in terms of the gas constant R.

A monatomic ideal gas of 2 mol is taken through a cyclic process starting from A as shown in figure. The volume ratio are V_(B)//V_(A)=2 and V_(D)//V_(A)=4 . If the temperature T_(A) at A is 27^(@)C , and gas constant is R . Calculate heat absorbed or released by the gas in process B rarr C