A monoatomic ideal gas of two moles is taken through a cyclic process starting from A as shown
`(V_(B))/(V_(A))=2` and `(V_(D))/(V_(A))=4`
Temperature `T_(A)` at `A` is `27^(@)C`.
Q. Temperature at C is

A monoatomic ideal gas of two moles is taken through a cyclic process starting from A as shown (V_(B))/(V_(A))=2 and (V_(D))/(V_(A))=4 Temperature T_(A) at A is 27^(@)C . Q. Work done during complete cyclic process

A monoatomic ideal gas of two moles is taken through a cyclic process starting from A as shown (V_(B))/(V_(A))=2 and (V_(D))/(V_(A))=4 Temperature T_(A) at A is 27^(@)C . Q. Work done during complete cyclic process

A monoatomic ideal gas of two mole is taken through a cyclic process starting from A as shown V_(B)//V_(A)=2 and V_(D)//V_(A)=4 Temperature T_(A) is 27^(@)C The work done during the process D to A is

A monotomic ideal gas of two metal is taken through a cyclic process straining from A as shown V_(B)//V_(A)=2 and V_(D)//V_(A)=4 Temperature T_(A) is 27^(@)C The work done during the process C to D is

A monotomic ideal gas of two metal is taken through a cyclic process straining from A as shown V_(B)//V_(A)=2 and V_(D)//V_(A)=4 Temperature T_(A) is 27^(@)C The work done during the process C to D is

A monotomic ideal gas of two metal is taken through a cyclic process straining from A as shown V_(B)//V_(A)=2 and V_(D)//V_(A)=4 Temperature T_(A) is 27^(@)C The work done during process B to C (approx) is

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.