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Heat of Reaction

1 mole of a g...

Question

1 mole of a gas is changed from its initial value (15L,2atm) to final state (4L,10atm) respectively. If the change can be represented by a straight line in P-V curve. Calculate the maximum temperature attained by the gas.

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Q. Two moles of an ideal gas is changed from its initial state (

16 a t m, 6 L

) to final state (

4 a t m, 15 L

) in such a way that this change can be represented by a straight line in

P - V

curve. The maximum temperature attained by the gas during the above change is:

R = \frac{1}{12} L a t m K^{- 1} {m o l}^{- 1}

Q. Two moles of an ideal gas changes from its initial state (16 atm, 6 L) to final state (4 atm, 15 L) in such a way that this change can be represented by a straight line on the P-V curve. The maximum temperature attained by the gas during the above change is:

(Take R = \frac{1}{12} {L atm K}^{- 1} {mol}^{- 1})

Q. Two moles of an ideal gas changes from its initial state (16 atm, 6 L) to final state (4 atm, 15 L) in such a way that this change can be represented by a straight line on the P-V curve. The maximum temperature attained by the gas during the above change is:

(Take R = \frac{1}{12} {L atm K}^{- 1} {mol}^{- 1})

Q. A certain of gas is expanded from (1L,10atm) to (4L,5atm) against a constant external pressure of 1atm. If the initial temperature of a gas is 300K, and the heat capacity of the process is 50J/degree celsius. The change during the reaction is: (1L atm= 100J)

Q. A certain mass of gas is expanded from

(1 L, 10 a t m)

(4 L, 5 a t m)

against a constant external pressure of

1 a t m

. If the initial temperature of the gas is

300 K

and the heat capacity of the process is

50 J /^{\circ} C

. Then the enthalpy change during the process is:

(1 L a t m ≃ 100 J)

.

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