A cyclic process for an ideal gas is shown in figure . Given `W_(AB) = +700 J , W_(BC) = +400J , Q_(CA) = -100J`.

Find `W_(CA)`

A cyclic process for an ideal gas is shown in figure . Given W_(AB) = +700 J , W_(BC) = +400J , Q_(CA) = -100J . Find DeltaU_(BC)

A cyclic process for an ideal gas is shown in figure . Given W_(AB) = +700 J , W_(BC) = +400J , Q_(CA) = -100J . Find DeltaU_(BC)

A cyclic process for an ideal gas is shown in figure . Given W_(AB) = +700 J , W_(BC) = +400J , Q_(CA) = -100J . Find DeltaU_(BC) :

A cyclic process for an ideal gas is shown in figure . Given W_(AB) = +700 J , W_(BC) = +400J , Q_(CA) = -100J,Q_(AB) = 700J . Find W_(CA)

A cyclic process for an ideal gas is shown in figure . Given W_(AB) = +700 J , W_(BC) = +400J , Q_(CA) = -100J , Q_(AB) = 700J . The efficiency of the cycle is -

A cyclic process for an ideal gas is shown in figure . Given W_(AB) = +700 J , W_(BC) = +400J , Q_(CA) = -100J . The efficiency of the cycle is -

A cyclic process for an ideal gas is shown in figure . Given W_(AB) = +700 J , W_(BC) = +400J , Q_(CA) = -100J . The efficiency of the cycle is -

An ideal gas undergoes a cyclic process as shown in figure delta U_(BC) = -5 KJ mol^(-1) , q_(AB) = 2 KJ mol^(-1) , W_(AB) = -5 KJ mol^(-1) , W_(CA) = 3 KJ mol^(-1) Heat absorbed by the system during process CA is:.

A cyclic process for 1 mole of an ideal gas is shown in the V-T diagram. The work done in AB, BC and CA respectively are