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A rigid vessel contains 0.014 m3 of saturated-vapor steam in equilibrium with 0.021 m3 of saturated-liquid water at 373.15 K (100°C). Heat is transferred to the vessel until one phase just disappears, and a single phase remains. Which phase (liquid or vapor) remains, and what are its temperature and pressure? How much heat is transferred in the process?
How is the energy state exhibited in a cell? If the cell was in a low energy state how would the curves change?
In order to make it into a common base amplifier, terminals a and b are connected together, and capacitor CE is disconnected from ground and used to couple a signal from a source to the emitter. Determine Ri, Rin, Av1, and Ai.
Use the masses given in the following table to calculate the change in energy when 1 mol of 232Pu nuclei and 1 mol of 231Pa nuclei are each formed from their respective number of protons and neutrons.
Comment on whether the charge has gained or lost energy, and also on the sign to be assigned to the change of energy.
If the compressor efficiency is 0.8, what is the power requirement of the compressor and what is the discharge temperature of the propylene?
A table for the direct 3-bit binary decoding is given. Show a block diagram for a 3-to-8 decoder and suggest a method for its implementation.
Calculate the magnetic field intensity everywhere in space. The current density is given in A/m meaning that the thickness of the sheets is negligible.
Steam enters a cooling tower at 200 °C and exits at 60 °C. Cooling is supplied by the surroundings which are assumed to be at 30 °C. The process takes place under atmospheric pressure (1 bar).
thermometry is the science of temperature measurement.nbsp for a thermometer to work we infer the temperature from the
A nuclear power plant generates 750 MW; the reactor temperature is 588.15 K (315°C) and a river with water temperature of 293.15 K (20°C) is available.
Calculate the parameters of the equivalent circuit shown in Figure 13.2.5(c).
The heat of formation of (NH4)2SO3 (aq) at 25°C is -890.0kJ/mol, and that of NH4HSO3 (aq) is -760 kJ/mol. The heat capacities of all liquid solutions may be taken to be 4.0 J/(g*°C) and that of the flue gas may be that of nitrogen. Evaporation of ..
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