In a steady-state flow process carried out at atmospheric pressure, 1 mol/s of air at 600 K (stream A) is continuously mixed with 3 mol/s of air at 440 K (stream B). The product stream is at 400 K and 1 atm (stream C). Assume that the surroundings are at 305 K, and that kinetic- and potential-energy changes of the streams are negligible. Air is assumed an ideal gas, with constant heat capacity, consisting of diatomic molecules (Cp=7/2 R). Calculate the rate of heat transfer (J/s) of the process, the rate of entropy generation (J/(s*K)) and lost work (J/s) for the process. Sketch a schematic representation of the process, including streams’ temperatures and flowrates. Start solving your problem by writing and simplifying the mass, energy and entropy balance for the process.

Juju.01) 5 geologic events a group of students designed an experiment in an ice rink to represent the solar system. the steps of the experiment are listed below. 5: geologic events 1. choose a student to represent the sun. the planets are represented by two tennis balls. 2. ask the student to hold the tennis balls in each palm and spin on the ice with arms stretched out. 3. ask the student to draw in the arms after about 10 spins. 4. observe the student's arms rotate faster when they are closer to the body. 05 geologic events enors) the experiment most likely demonstrates that (2 points) 07 discussion-based sessment/module planets exert gravitational force on the sun the sun exerts gravitational force on the planets 3.07 discussion-based ssessment speed of a planet depends on its distance from the sun new version available! (3.0.119) get it now submit 18.07: module exam description