Political Science homework help

Political Science homework help. This paperwork of BSHS 442 Week 1 Discussion Questions and Summary comprises: DQ1: Compare and Contrast the role of an advocate with the role of a mediator. DQ2: Identify a client that could use assistance in advocating. Consider the sources of power identified in your reading. What are your client

Political Science homework help

Political Science homework help

Political Science homework help. This paperwork of BSHS 442 Week 1 Discussion Questions and Summary comprises: DQ1: Compare and Contrast the role of an advocate with the role of a mediator. DQ2: Identify a client that could use assistance in advocating. Consider the sources of power identified in your reading. What are your client

Political Science homework help

Art, Music, and Creative Writing homework help

Art, Music, and Creative Writing homework help. NSG 5003 South University Advanced PathophysiologyI have an 84 in the class. Do you have any study guide information from the NEW online final exam. I didn’t do well on the midterm and it was a new test as well. I want to pass and any help will be appreciate. We can’t use notes or anything. Thanks

Art, Music, and Creative Writing homework help

Social Work homework help

Social Work homework help. 1.    Consider the following mixture going into a water-gas shift reactor to make hydrogen for the hydrogen economy. CO, 630; H2O, 1130; CO2, 189; H2, 63 kmol/h. The gas is at 1 atm and 500 K. Use MATLAB and at least three iterations manually to compute the specific volume using(a) ideal gas law(b) Redlich-Kwong equation of state(c) Redlich-Kwong-Soave equation of state.The acentric factors for the RK-Soave method are: CO, 0.049; water, 0.344; CO2,0.225; Hydrogen, ?0.22.Where did you get the other data you needed? How do the three answers compare? Is the gas ideal or not? Comment. Then redo the calculations for a pressure of 200 atm and comment on the results.2.    Barron (1985) lists the specific volume of nitrogen at 5 MPa and 150 K as 0.116 m3/kmol. The gas constant in these units is 8317 Pa m3/kmol K.(a) Use the Redlich-Kwong equation of state to calculate the specific volume and compare with this value. The critical constants for nitrogen are 126.2 K and 3.4 MPa.(b) Do the same thing with the Redlich-Kwong-Soave equation of state. The acentric factor for nitrogen is 0.040. Is this molecule symmetric or asymmetric? Is the Soave version necessary?(c) Barron (1985) gives the Dieterici equation of state for high pressures.p(v ? b) exp(a/vRT) = RT For nitrogen, a = 1.754 • 105 Pa m6/kmol2; b = 0.04182 m3/kmol. Compute the specific volume from this equation of state and compare with parts (a) and (b).

Social Work homework help

Social Work homework help

Social Work homework help. 1.    Consider the following mixture going into a water-gas shift reactor to make hydrogen for the hydrogen economy. CO, 630; H2O, 1130; CO2, 189; H2, 63 kmol/h. The gas is at 1 atm and 500 K. Use MATLAB and at least three iterations manually to compute the specific volume using(a) ideal gas law(b) Redlich-Kwong equation of state(c) Redlich-Kwong-Soave equation of state.The acentric factors for the RK-Soave method are: CO, 0.049; water, 0.344; CO2,0.225; Hydrogen, ?0.22.Where did you get the other data you needed? How do the three answers compare? Is the gas ideal or not? Comment. Then redo the calculations for a pressure of 200 atm and comment on the results.2.    Barron (1985) lists the specific volume of nitrogen at 5 MPa and 150 K as 0.116 m3/kmol. The gas constant in these units is 8317 Pa m3/kmol K.(a) Use the Redlich-Kwong equation of state to calculate the specific volume and compare with this value. The critical constants for nitrogen are 126.2 K and 3.4 MPa.(b) Do the same thing with the Redlich-Kwong-Soave equation of state. The acentric factor for nitrogen is 0.040. Is this molecule symmetric or asymmetric? Is the Soave version necessary?(c) Barron (1985) gives the Dieterici equation of state for high pressures.p(v ? b) exp(a/vRT) = RT For nitrogen, a = 1.754 • 105 Pa m6/kmol2; b = 0.04182 m3/kmol. Compute the specific volume from this equation of state and compare with parts (a) and (b).

Social Work homework help

Economics homework help

Economics homework help. Describe the basic industries of America’s Industrial Revolution and explain what made the men who controlled them so successful. Select one industry to argue your point (such as the petroleum industry). Were the men who dominated this industry “robber barons,” as some suggested, or simply good businessmen? Explain your answer.

Economics homework help

Economics homework help

Economics homework help. Describe the basic industries of America’s Industrial Revolution and explain what made the men who controlled them so successful. Select one industry to argue your point (such as the petroleum industry). Were the men who dominated this industry “robber barons,” as some suggested, or simply good businessmen? Explain your answer.

Economics homework help

Health Sciences homework help

Health Sciences homework help. Why should an organization try to be socially responsible? Find and provide the citation to an article on the internet that demonstrates good corporate social responsibility. What important points should we learn from the article? How would you convince a Board of Directors to spend money to improve the corporate social responsibility of its organization when it reduces earnings per share?

Health Sciences homework help

Sociology homework help

Sociology homework help. What are multiple specific advantages and disadvantages that American entrepreneurs have in the global marketplace? How can these advantages be exploited to maximize value-creation and increase long-term competitiveness and success? How can these disadvantages be addressed and minimized in order to help entrepreneurs be more competitive and better positioned in the global marketplace?

Sociology homework help