An ideal gas underpesacyclic process as shown in Figure 0-5 mol-'4.2kJ mo! W-5 mol W-36 mol Heat absorbed by the system during proc. CAIS a) sumo +5km! ic) 18 mall Id-18 kJ mol

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:.

550 kJ "cycle" ^(-1) work is done by 1 mol of an ideal gas in a cyclic process. The amount of heat absorbed by the system in one cycle is

550 kJ "cycle" ^(-1) work is done by 1 mol of an ideal gas in a cyclic process. The amount of heat absorbed by the system in one cycle is

Calculate the temperature at which DeltaG=-5.2 kJ mol^-1 ,DeltaH=145.6kJ mol^-1 and DeltaS=216 JK^-1 mol^-1 for a chemical reaction

1 mol of an ideal gas is enclosed in a cylinder fitted with a frictionless and weightless piston. The gas absorbs x kJ heat and undergoes expansion. If the amount of expansion work done by the gas is x kJ, then the expansion is-

A cylinder filled with 0.04 mol of ideal gas expands reversible from 50 mL to 375 mL at a constant temperature of 37.0^(@)C . As it does so, it absorbs 208 J heat, q and w for the process will be (R8.314J*mol^(-1)*K^(-1)) -