As a result of the isobaric heating by `DeltaT=72K`, one mole of a certain ideal gas obtain an amount of heat `Q=1.6kJ`. Find the work performed by the gas, the increment of its internal energy and `gamma`.

As a result of the isobaric heating by DeltaT =72 K one mole of a certain ideal gas obtains an amount of heat Q = 1.60 kJ. Find the work performed by the gas, the increment of its internal energy, and the value of gamma=C_p//C_v

As a result of the isobaric change by 80 K, one mole of a certain ideal gas obtain an amount of heat equal to 1.60 kJ. What is change in enthalpy of gas

As a result of the isobaric change by 80 K, one mole of a certain ideal gas obtain an amount of heat equal to 1.60 kJ. What is value of C_(P)(JK^(-1)) ?

As a result of the isobaric change by 80 K, one mole of a certain ideal gas obtain an amount of heat equal to 1.60 kJ. What is value of C_(P)(JK^(-1)) ?

As a result of heating a mole of an ideal gas at constant pressure by 72^(@)C , a heat flow by an amount 1600 joules takes place. Find the work performed by the gas, the increment of its internal energy, and the value of gamma . [Hint: triangleQ = triangleU + triangleW or C_(p) triangleT = C_(v)triangleT + triangleW or triangleW = (C_p-C_v)triangleT=RtriangleT] h

As a result of heating a mole of an ideal gas at constant pressure by 72^(@)C , a heat flow by an amount 1600 joules takes place. Find the work performed by the gas, ther increment of its internal energy, and the value of gamma .

An amount of heat of 100 cal is supplied to a gas. The work done by the gas is 210 J. Find the increase in internal energy.

One mole of a certain ideal gas obtains an amount of heat Q=1.60kJ when its temperature is increased by DeltaT=72K , keeping its pressure constant. The vlaue of (C_(P))/(C_(V)) for the gas is

One mole of a certain ideal gas obtains an amount of heat Q=1.60kJ when its temperature is increased by DeltaT=72K , keeping its pressure constant. The vlaue of (C_(P))/(C_(V)) for the gas is