Recent content by Thyferra2680
-
T
Proof that Heat Capacity is independent of Pressure for a new Equation of State
Right! thanks a bunch- Thyferra2680
- Post #5
- Forum: Advanced Physics Homework Help
-
T
Proof that Heat Capacity is independent of Pressure for a new Equation of State
Oh... Is it possible to switch the order of differentiation here? I suppose this is derived from an exact differential? If that's so, then (dS/dP) at constant T is equal to (dv/dT) at constant P...- Thyferra2680
- Post #3
- Forum: Advanced Physics Homework Help
-
T
Proof that Heat Capacity is independent of Pressure for a new Equation of State
For a gas that obeys the equation of State P(v-b) = RT, where b is a constant, show that Cp is independent of Pressure, i.e., (\deltaCp/\deltap) at constant T is equal to zero Homework Equations Maxwell Relations H = U+PV dh = TdS + PdV dh/dT at constant P is defined as Cp The...- Thyferra2680
- Thread
- Capacity Equation of state Heat Heat capacity Independent Pressure Proof State
- Replies: 4
- Forum: Advanced Physics Homework Help
-
T
Thermo: A Flat Tire and a Pressurized Tank
Homework Statement We have a tank of air at 7 atm, 30 L, and 293 Kelvin(20 Celsius), and a flat tire with 1atm, 10 L (Constant), also at 293 K (20 C). The valve is opened quickly and closed quickly when the pressure in the tank reaches 6 atm. Using the Ideal gas assumption and taking the...- Thyferra2680
- Thread
- Flat Tank Thermo Tire
- Replies: 1
- Forum: Introductory Physics Homework Help
-
T
Thermodynamics: Enthelpy of Sucrose
Homework Statement A sample of sucrose, C12H22O11, with mass 0.1265 g, is burned in a bomb calorimeter initially at 298 K. The temperature rises by 1.743 K. To produce the same temperature increase with an electrical heater in this apparatus, it is found to require 2.0823 kJ of energy...- Thyferra2680
- Thread
- Thermodynamics
- Replies: 1
- Forum: Biology and Chemistry Homework Help
-
T
Thermo - mixing water in a container.
A partition separates the two compartments of a vessel. The vessel is submerged in a constant temperature bath at 200C. Compartment A contains 2.00 kg of water at 200C, 50.00 bar and compartment B contains 0.983 kg of water at 200C, 1.00 bar. The partition is removed and the water in both...- Thyferra2680
- Thread
- Container Mixing Thermo Water
- Replies: 1
- Forum: Introductory Physics Homework Help
-
T
Find the pebble's position, velocity, and acceleration
I had to do a problem similar to this, and I still don't understand it...- Thyferra2680
- Post #4
- Forum: Introductory Physics Homework Help