User Metadani

3 votes

1 answer

352 views

Why is the pressure inside the bottle lower than atm pressure?

asked Apr 8, 2022 at 9:26

2 votes

2 answers

67 views

Can equilibrium thermodynamics be used to analyze irreversible processes?

asked Apr 9 at 17:50

1 vote

0 answers

39 views

How is It possible to conceive heat in a reversible process? [duplicate]

asked Jun 21 at 22:25

1 vote

1 answer

45 views

Is the Clausius statement violated by a non-cyclic isothermal ideal gas expansion?

asked Mar 26, 2023 at 14:57

1 vote

1 answer

196 views

How is a Carnot engine in quasi-equilibrium?

asked Apr 14, 2022 at 19:24

1 vote

1 answer

70 views

Why cant state variables be measured on a system thats out of equilibrium?

asked Apr 25, 2022 at 20:01

1 vote

1 answer

52 views

I don't understand how Watt measured the volume of a mass of water vapor compared to that same mass in liquid phase

asked Apr 6, 2022 at 15:55

0 votes

1 answer

85 views

What algebraic manipulations make this two equations equivalent?

asked Jan 12, 2023 at 19:56

0 votes

0 answers

64 views

Why does thermal equilibrium between two systems $A$ and $C$ imply the constraint $f_{AC}(A1, A2, · · · ; C1, C2, · · ·) = 0$?

asked Mar 12, 2023 at 15:21

0 votes

1 answer

51 views

How was adiabatic expansion conceived from the caloric theory perspective? [closed]

asked Apr 16, 2022 at 15:33

0 votes

1 answer

46 views

What are the forces in a winch in equilibrium?

asked Jun 3, 2023 at 16:23

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11 Questions

Why is the pressure inside the bottle lower than atm pressure?

Can equilibrium thermodynamics be used to analyze irreversible processes?

How is It possible to conceive heat in a reversible process? [duplicate]

Is the Clausius statement violated by a non-cyclic isothermal ideal gas expansion?

How is a Carnot engine in quasi-equilibrium?

Why cant state variables be measured on a system thats out of equilibrium?

I don't understand how Watt measured the volume of a mass of water vapor compared to that same mass in liquid phase

What algebraic manipulations make this two equations equivalent?

Why does thermal equilibrium between two systems $A$ and $C$ imply the constraint $f_{AC}(A1, A2, · · · ; C1, C2, · · ·) = 0$?

How was adiabatic expansion conceived from the caloric theory perspective? [closed]

What are the forces in a winch in equilibrium?