For this assignment, identify an area of focus in community health within your own community. Using Gordon’s Functional Health Patterns framework (p. 130 in your e-text), assess the health risks in your community.In your community assessment paper, include the following: Identify resources in your community that would enable you to complete a community assessment and submit a summary of your findings (1–2 paragraphs). Refer to Table 8-3: Examples of Community Strengths and Concerns, and assess the strengths and concerns of your community (2–3 paragraphs). Identify potential barriers to implementing community health plans in your community and brainstorm ways of addressing these barriers (2–3 paragraphs). Plan ahead: Next week, as Part B of this assignment, you will select one (1) identified risk from this assessment to develop a community-focused strategic plan to address that health risk. It is recommended that you look ahead to next week’s assignment so that you can begin framing your chosen community health focus. Your paper should be 2–3 pages in length, not including the cover and reference pages. Use APA throughout.You must include 2–3 sources that are APA cited and referenced in your paper. (Sources may include community resources such as flyers, brochures, interviews, news stories, and local research data from credible sources.)

Visit the Agency for Healthcare Research and Quality (AHRQ) Web site and propose three new resources or insights. How does the information you find there affect the work done at your current or future workplace? My future workplace will be in a medical facility pertaining to Healhcare Informatics. This is a discussion assignment and the answer has to be a minimum of 250 words.

Practice questions week 4Answer and Explain the following practice questions. Practice questions Top of Form What is the difference between the heat capacity and specific heat of a substance? Bottom of Form Top of Form Question 2 2 Points How does Gibbs energy, enthalpy, and entropy determine whether a process will be a spontaneous or nonspontaneous reaction?” Bottom of Form Top of Form Question 3 2 Points Describe the differences between the first, second and third law of thermodynamics. Bottom of Form Top of Form Question 4 2 Points Explain the difference between the 3 energy systems and provide a real-world example of a system of energy. Bottom of Form Top of Form Question 5 2 Points Describe the difference between an exothermic and endothermic process in terms of a chemical compound or reaction. Bottom of Form Top of Form Question 6 1 Point If the energy of the system is the sum of the energy and work, identify the following: What would be the sign of energy (Q) if the system was absorbing heat? +Q -Q Bottom of Form Top of Form Question 7 1 Point If the energy of the system is the sum of the energy and work, identify the following: What happens to the volume if work was done by the system? Volume increases Volume decreases Bottom of Form Top of Form Question 8 1 Point Solve the following thermochemical reactions: 2 HCl + Pb eq_e5e8c0.gif PbCl 2 + H 2 eq_e5e8ce.gif H = -1861 J/mole What is the enthalpy if there was 4.5 x 10 -3 g of HCl? -1.1 x 10 J 8.375 J -8.375 J 3.05 x 102 J Bottom of Form Top of Form Question 9 1 Point Solve the following thermochemical reactions: 2 HCl + Pb eq_e5e84e.gif PbCl2 + H2 eq_e5e860.gif H = -1861 J/mole What is the enthalpy if there was 3.86g of PbCl2? -25.8 J 10.73 x 10-1 J -0.577 J 1.153 J Bottom of Form Top of Form Question 10 1 Point Calculate the amount of heat absorbed or released by the following substances: 98.53g of carbon dioxide, final temperature = 30°C, initial temperature = 15°C 1.2 x 103 J -1.2 x 10-5 J 1.2 x 108 J 1.0 x 103 J Bottom of Form Top of Form Question 11 1 Point Calculate the amount of heat absorbed or released by the following substances: 34.6g of water, final temperature = 60°C, initial temperature = 44°C 2.3 x 103 J 2.0 x 103 J 2.3 J -2.0 x 103 J Bottom of Form Top of Form Question 12 1 Point Describe if the following reaction is spontaneous or non-spontaneous based on enthalpy, entropy and Gibbs energy: eq_e5eab7.gif H = 345J/mol eq_e5eac2.gif S = -6345J/K*mol and eq_e5ead7.gif G = 2355J at room temperature Spontaneous Not spontaneous Bottom of Form Top of Form Question 13 1 Point Describe if the following reaction is spontaneous or non-spontaneous based on enthalpy, entropy and Gibbs energy: eq_e5ea7f.gif H = -35J/mol, eq_e5ea94.gif S = 562J/K*mol, and eq_e5eaa1.gif G = -425J at room temperature Spontaneous Not spontaneous Bottom of Form Top of Form Question 14 1 Point Predict the trend of entropy in the following scenario: Freezing of water Entropy increases Entropy decreases No change Bottom of Form Top of Form Question 15 1 Point Predict the trend of entropy in the following scenario: Melting of ice Entropy increases Entropy decreases No change Bottom of Form Top of Form Question 16 1 Point Predict the trend of entropy in the following scenario: Entropy of vinegar v. salt Entropy is higher Entropy is lower No change in entropy Bottom of Form Top of Form Question 17 1 Point Predict the trend of entropy in the following scenario: Water as ice compared to liquid Entropy is higher Entropy is lower No change in entropy Bottom of Form Top of Form Question 18 1 Point Calculate the reaction entropy (S°rxn) for the following reaction: Si + 2 Cl2SiCl4 -133.84 J/mol K 126.56 J/mol K 253.12 J/mol K 794.7 J/mol K Bottom of Form Top of Form Question 19 1 Point Calculate the reaction entropy (S°rxn) for the following reaction: 4 NH3 + 5 O24 NO + 6 H2O -208.4 J/mol K 842.4 J/mol K -419.4 J/mol K 374.2 J/mol K Bottom of Form Top of Form Question 20 1 Point If a solid substance needs 3425J of energy to increase its temperature from 24C to 98C and it has a mass of 243g, what is the specific heat of the substance? Bottom of Form Top of Form Question 21 1 Point Calculate the Gibbs energy for the following condition K = 8.2 x 10-11, T = 35˚C Bottom of Form Top of Form Question 22 1 Point Write out the equilibrium constant expressions for the following reaction: 2 KClO3 (s) → 2 KCl (s) + 3 O2 (g) Bottom of Form Top of Form Question 23 1 Point Write out the equilibrium constant expressions for the following reaction: H2O (l) → H+ (aq) + OH- (aq) Bottom of Form Top of Form Question 24 1 Point Consider an exothermic reaction. How does the following action affect an equilibrium reaction by driving the reaction? Increasing the temperature of the system Forward reaction Reverse reaction Bottom of Form Top of Form Question 25 1 Point How does the following action affect an equilibrium reaction by driving the reaction? Removal of products Forward reaction Reverse reaction No 25 is multiple choice is either Forward reaction Reverse reaction Bottom of Form Top of Form