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Determine the total heat transfer during the overall process

 

Determine the total heat transfer during the overall process

Mechanical Engineering

A piston-cypinder device contains 3 m^3 H2O at 6 MPa, 800 C (state 1). The system is cooled at constant volume to 180 C (state 2). The first process is followed by isothermal process ending with saturated liquid water (state 3). Determine:

a) The pressure of the system at state’s 2 and 3,

b) The total work done during the overall process,

c) The total heat transfer during the overall process.

Show these processes on P-v and T-v diagrams schematically with respect to saturation lines.

Contrast location of a food distributor and a supermarket

Contrast location of a food distributor and a supermarket

Operation Management

Contrast the location of a food distributor and a supermarket. (The distributor sends truckloads of food, meat, produce, etc. to the supermarket.) Show the relevant considerations (factors) they share; show those where they differ.

Calculate the horizontal reaction force

 

Calculate the horizontal reaction force
Mechanical Engineering
Water from the nozzle of a fire hose strikes a flat a stop sign as shown in Figure P7.16. Water exits the nozzle at a velocity of 45 ft/s through a circular exit port of diameter 5 in.

(a) Calculate the horizontal reaction force on the stop sign support.

(b) What, if anything, can you conclude about the fluid flow characteristics in the vertical direction for this situation?

73_nozzle of a fire hose strikes.jpg

Indicate how the human resource management strategies

Indicate how the human resource management strategies

Operation Management

Q. Identifies 2 organizations with different environments and core technologies. Describe these differences. Indicate how the human resource management strategies of these companies might be similar or different. Provide a rationale for your conclusions using relevant concepts from the text and peer reviewed articles.

Write a research paper outlining possible career paths

Applied fluid mechanics

 

Applied fluid mechanics

Mechanical Engineering

Project is based on the text book, Applied Fluid Mechanics, 6th Edition, Robert L. Mott, ISBN: 0131146807.
Please give me detailed calculation to understand both projects and including following details.
Project – 1, part -1 When you make perimeter heating system, dont go crazy to pass heating pipe to all rooms, just minimal heating pipe system is enough.
Project-1, part – 2: suppose to include following details along with requested details on attachment.
1. Determine tank size.
2. Determine pressure at bottom of the tank.
3. Determine flow rate out of 4″ pipe under tank.
4. Pipe size:
a. Friction (whole system including all fittings, elbow, couplings, vibration eliminators, unions, valves and gauges)
b. Flow rate
c. Optimal flow
d. Pipe Length
e. input pressure
f. Head pressure
g. size of pump (Type, HP or BHP, GPM and Pressure)

Please show all calculations, assumptions and detailed drawing.
If you have any special program available to design this whole project its most welcome but send me all detailed specification sheets and drawings

Want a Write a research paper

HR Management

Want a Write a research paper

Write a a research papaer outlining possible career paths in the field of Human Resources Management (HRM) and based upon independent research discuss how different organizations might develop and implement a strategic HRM plan.

Please support your ideas, arguments, and opinions with independent research, include at least three (3) supporting references or sources (NOT Wikipedia, unknown, or anonymous sources), format your work in proper APA format.

Difference between monoclinic and orthotropic materials

 

Difference between monoclinic and orthotropic materials

Mechanical Engineering

1. Reduce the monoclinic stress-strain relationships to those of an orthotropic material.

2. Show the difference between monoclinic and orthotropic materials by applying normal stress in principal directions and shear stress in principal planes, one at a time and studying the resulting nonzero and zero strains.

Discuss the structure of the horse industry

 

Discuss the structure of the horse industry
Biology
Discuss how the use/purpose of horses has changed over time and describe how the horse industry differs from the various livestock production animals we’ve discussed this term. Discuss the structure of the horse industry.

Compare and contrast it with the other animal industries discussed thus far. Please discuss two things your learned or found interesting during your tour of the OSU Horse Center.

Briefly describe five factors that decrease the stability

 

Biology

Briefly describe five factors that decrease the stability

Briefly describe five factors that decrease the stability of an helix. Include examples of specific amino acids with each factor that would act to destabilize a helix

Describe everyday positions using medical terminology

 

Describe everyday positions using medical terminology

Biology

Have you ever thought of how you would describe everyday positions using medical terminology? Unit 2’s reading introduces you to the world of patient positioning, body quadrants, etc. Here is your chance to get a bit of practice… Think of an everyday position or movement, such as scratching your forehead or sitting with your hands in your lap. Now, describe that position, using medical terms. Your classmates will need to “translate” your position – and you can help them as they try! Example: Your post: My distal phalanges are resting on my scalp overlaying my frontal bone or my distal phalanges are in contact with the skin over my supraorbital ridges. Your classmates should translate: Your fingers are touching your forehead. Please help me with 5 sentences using medical terminology and what the sentences means