evaporator is at -20°C & 0.1 MPa and the discharge of the condenser is at 30°C & 1.0 MPa. Determine the following: (a) the COP of the system, (b) the Energy Efficiency Ratio in kJ/hr/W, (c) the HP/ton of the system, (d) the Refrigerating Efficiency of the system.

V. W. Th To %3D Room temperature T = 293 K V V. Vp The gas volume changes from Vp to Va at constant temperature T. The cartoon on the right shows a piston of gas undergoing this compression while submerged in a container of room temperature water, which acts as a reservoir. The initial state of this process is a piston containing 2 moles of a monatomic gas at Tc = 293 K (room temperature water) and volume V = a 1.0 m. The gas is compressed until V, = 0.2 m. During the compression, the heat bath of room temperature water maintains the temperature of the gas at T 293 K. Calculate the work done in joules by the gas during this process. Do not include units in your answer. Be careful to use the standard sign convention for work done by the gas. Write your numerical answer in normal form as described above in the instructions to this worksheet.

An amount of an ideal gas undergoes the process shown in the diagram below. Assume that during the entire cycle, the number of moles of the ideal gas stays constant. P B A V (a) What are the signs of Why the gas Q, and AEint for the process CA? Wby the positive vx What is the work done by the gas if the volume is constant? What happens to the pressure? Consider the relationship of pressure, volume, and temperature in the ideal gas law. Does the temperature change? Does the internal energy change? How is the sign of AEint related to the signs of Q and Wby the gas gas vx What is the work done by the gas if the volume is constant? What happens to the pressure? Consider the relationship of pressure, volume, and temperature in the ideal gas law. Does the temperature change? Does the internal energy change? How is the sign of AEint related to the signs of Q positive and Wby the gas zero vx What is the work done by the gas if the volume is constant? What happens to the pressure? Consider the…

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A-c please

Don't use chatgpt will upvote and provide solution in Handwritten form neat and clean and please be quick as soon as possible

Complete the table below for refrigerant-134a. T, °C Р, КРа h, kJ/kg Phase Description 20 200 -12 Saturated Liquid 400 331.7 600

P2 = 18.95 Psi T2 = 575 R W12 = 32.59 Btu  Q12 = 0 Btu

Q. what pressure is generated when 500 mol of methane is stored in a Volume of 0.06 m3 at 50 'C ? Base Calculations on each of the following: (a) The ideal_gas state. (B) The R/K equation. (c) SRK where Te= 190.6 K and P = 45.99 bar From Table B.1 (D) PR

(5) Consider a gas that follows the equation of state NRT aN? p = V – bN V2 | 8a This is called van der Waals gas (a,b > 0). For temperatures T > Tc = p(V) is a 27RB monotonic decreasing function. Assume T > Tc and Cy = 3NR/2. Consider an insulated box with volume V, . The box was divided by a wall. One of the compartments had volume Vo at temperature To, filled with van der Waals gas of amount N, and the other was vacuum. The system was in equilibrium. (a) The wall was removed abruptly. The gas expanded and occupied the entire box. This process is called adiabatic free expansion. The temperature in the box is now T, in equilibrium. What is T, – T,? (b) The internal energy of the gas does not change by adiabatic free expansion. Why? (c) Instead of the abrupt removal, the wall was moved through adiabatic and quasi-static process, and the gas expanded to the entire volume of the box. The temperature in the box is now T, in equilibrium. What is T2? (d) Show T, > T2, using the arguments of…