We will prove the equivalence of the ideal gas temperature scale theta and the thermodynamic scale t by performing a carnot cycle on an ideal gas. for such a gas pv = nk theta and the internal energy e is a function of theta only. you may wish to proceed as follows: calculate the heat exchanges q_h and q_c as a function of theta_h, theta_c, and volume expansion factors (ratio between volumes at the initial and final stage of the process). calculate the volume expansion factor in an adiabatic process as a function of theta. show that q_h/q_c = theta_h/theta_c. starting from de = tds - pdv show that the equation of state pv = nkt in fact implies that e can only depend on t. what is the most general equation of state consistent with an internal energy that depends only on temperature ?
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Physics, 22.06.2019 10:00
Explain the comparisons between nature and packingtown that appears on pages 81 and 82 answer
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Physics, 22.06.2019 14:40
Asolid cylinder and a cylindrical shell have the same mass, same radius, and turn on frictionless, horizontal axles. the cylindrical shell has light-weight spokes connecting the shell to the axle. a rope is wrapped around each cylinder and tied to blocks of equal masses that are held the same height above the ground. both blocks are released simultaneously. the ropes do not slip. which block hits the ground first? or is it a tie?
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Physics, 23.06.2019 02:30
There are multiple tuning forks present in the room, and annie strikes one with a natural frequency of 400 hz. which of these other tuning forks will begin to vibrate through resonance and make the sound louder? a 200 hz tuning fork a 400 hz tuning fork a 800 hz tuning fork a 1600 hz tuning fork
Answers: 1
We will prove the equivalence of the ideal gas temperature scale theta and the thermodynamic scale t...
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