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An air-water vapor mixture enters a steady flow heater humidifier unit at state 1: 10?C, 10% relative humidity, at the rate of 1 m3/s. A second air-vapor stream enters the unit at state 2: 20?C, 20% relative humidity, at the rate of 2 m3/s. Liquid water enters at state 3: 10?C, at the rate of 400 kg per hour. A single air vapor flow exits the unit at state 4: 40?C. Calculate the relative humidity of the exit flow and the rate of heat transfer to the unit.
Calculate the Stations & Elevations for all of the U/S reaches including the transitions.
Describe and explain with sketches the process of longshore drift. Describe what happens to a beach when a wall is built that obstructs the longshore drift.
offer an explanation for why cracking might have occurred and provide at least three suggestion on how to prevent this
Assignment is about design a building which is located in Tasmania- Describe the renewable energy resources that might be available in the geographic region of interest. How would you harness the energy?
write a report on one of the two following topics1 discuss the different agencies institutes centers and other national
1. List three basic technologies used in modern Industrial wireless modems 2. List two issues you should be aware of when deciding on whether you should implement a link at 900 MHz or 2.4 GHz.
Create a presentation of an ideal performance management system
What is meant by the transverse (linear) magnification of an image. An object is placed -30mm from a positive lens and a virtual image four times the size of the object is required. Find graphically and by calculation the necessary focal length of..
Compute the z-Transform for the discrete-time signal,Compute the inverse z-Transform of the transform.
An open, rigid-walled, cylindrical tank contains 4 ft3 of water at 40°F. Over a 24-hour period of the time the water temperature varies from 40°F to 90°F. Make use of the data in appendix B to determine how much the volume of the water will change..
Define the nodes, what they represent, and node values and define the arcs, arc costs, arc capacities if any.
Discuss why phasor analysis can only be performed on single-frequency circuits. For multiple frequencies what type of analysis must be performed?
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