Find the total exergy destruction in the process

Assignment Help Civil Engineering

Reference no: EM131233686

Ammonia, 2 kg, at 400 kPa, 40?C is in a piston/ cylinder together with an unknown mass of saturated liquid ammonia at 400 kPa. The piston is loaded, so it maintains constant pressure, and the two masses are allowed to mix to a final uniform state of saturated vapor without external heat transfer. Find the total exergy destruction (irreversibility) in the process.

Reference no: EM131233686

Questions Cloud

Probabilities using the calculator provided : Let be a standard normal random variable. Calculate the following probabilities using the calculator provided. Round your responses to at least three decimal places.

Determine the required weights of each solid ingredient : Determine the required weights of each solid ingredient and the number of gallons of water required for a 6.5-cy batch.

Calculate the derivative : (a) Find an explicit expression for f-1(x), expressing it in a form similar to that of f. (b) Calculate the derivative of f-1 from the expression you found in(a).

Potential projects-how will the project imrove supply chain : When looking at potential projects, How will the project imrove the supply chain? Develop focus factories or work cells to streamline the production process. This will regurie the breakdown of the plant into product line specific "mini" plants. Inven..

Find the total exergy destruction in the process : Ammonia, 2 kg, at 400 kPa, 40?C is in a piston/ cylinder together with an unknown mass of saturated liquid ammonia at 400 kPa. The piston is loaded, so it maintains constant pressure, and the two masses are allowed to mix to a final uniform state ..

Determine the required weights of cement : Determine the required weights of cement, fine aggregate, coarse aggregate, and volume of added water for an 8-cy batch.

Describe the role the patient history and physical exam : Describe the role the patient history and physical exam (information from above) played in the diagnosis (of Crohn disease) Then, suggest potential treatment options based on your patient diagnosis (Crohn disease).

Consider the linear optimization problem : Consider the linear optimization problem with inputs x, y and constraints.

What is the rate of irreversibility : A refrigerator should remove 1.5 kW from the cold space at -10?C while it rejects heat to the kitchen at 25?C. Find the reversible work.

User Account

All Pages