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Read: Using Evidence to influence Health and Organizational Policy. (SEE ATTACHEMENT).

For question 1 and 2. Write 1 paragraph under each questions listed below.
For question 3. Write 2 paragraph under the question listed below.

1-Identify the difference between clinical environment and the health policy environment..

2- Describe two methods to prepare evidence for dissemination to influence health policy makers.

3- Discuss leadership strategies that support application of the EBP process in the development of organizational polices.  In the healthcare organization, who is involved in policy development? 

week 6 discussion 1 initial post discussion

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Rebuttals and Refutations

Initial Post Instructions

Part 1: Research & Review

Review this week’s lesson and reading. Find an academic source to back up your opposition’s point of view. This is a new source, in addition to the source you located last week.

Part 2: Application

Anticipating readers’ objections is one way to determine what other sections to include and support in your paper. Practice writing a counterargument that applies the Toulmin model. Incorporate one of the new sources you have gathered to present your opposition’s point.
Strive for at least 5 developed sentences.
Cite your source in APA format.

1. Grounds / 1st Counterargument (your opposition’s point)

2. Backing (establish credibility of the source)

3. Warrant (evidence)

4. Possible concession / conclusion

Answer the following prompts:

How were you able to remain objective while presenting the opponent’s point of view ?
What challenges did you face obtaining evidence to back up the assertion?
Which conciliatory approach did you apply and why?
How was it effective?

Follow-Up Post Instructions

Respond to at least two peers or one peer and the instructor. Here, we have an opportunity to compare research notes with our fellow peers. As peers, reply to one another explaining whether or not your classmates are presenting the opposition objectively and provide potential refutations pointers. Give one another ideas or suggestions for points that may be left out or might need to be further developed.

Note: If you see that someone has already received feedback from two peers, please choose to help a peer who has yet to obtain feedback.

 

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Assume that the specific heat of the rocks is 0.82 J/g-K. calculate the quantity of heat absorbed by 50.0 kg of rocks if their temperature increases by 12.0 degrees Celsius. (b) what temperature change would these rocks undergo if they emitted 450 kJ of heat?

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per mole undergoes a temperature change of Salve AT = 98 °C - 22°C = 76°C - 10 9 = C, XmX AT = (4.18J/g-K)(250 g)(76 K) = 7.9 I just need help with the practice excersise.

 

a) Large beds of rocks are used in some solar – heated homes to store heat. Assume that the specific heat of the rocks is 0.82 J/g-K. calculate the quantity of heat absorbed by 50.0 kg of rocks if their temperature increases by 12.0 degrees Celsius. (b) what temperature change would these rocks undergo if they emitted 450 kJ of heat?
per mole undergoes a temperature change of Salve AT = 98 °C – 22°C = 76°C – 10 9 = C, XmX AT = (4.18J/g-K)(250 g)(76 K) = 7.9 X 10^J 1 mol H2O = 18.0 g H20 (a) The water under in Equation 5.22, we have heat capacity is the heat capacity of one mole of sub- e atomic weights of hydrogen and oxygen, we have (180g) = 75.2 1/mol-K m = (4.18 m = (4.18 g-kli moll b) The molar heat ca stance. Using the aton pecific heat given in part (a), we have From the specific heater PRACTICE EXERCISE (a) Large beds of rock the rocks is 0.82/ creases by 12.0°C. ads of rocks are used in some solar-heated homes to store heat. Assume that the specific heat of s 0.82 l/g-K. Calculate the quantity of heat absorbed by 50.0 kg of rocks if their temperature in- by 12.0°C. (b) What temperature change would these rocks undergo if they emitted 450 kJ of heat? (a) 4.9 X 10 J, (b) 11 K decrease = 11 °C decrease Constant-Pressure Calorimetry GO FIGU The techniques and equipment employed in calorimetry depend on the nature of the Propose a reas process being studied. For many reactions, such as those occurring in solution, it is easy Styrofoam cu o control pressure so that AH is measured directly. Although the calorimeters used for instead of just wy accurate work are precision instruments, a simple “coffee-cup calorimeter URE 5.18) is often used in general chemistry laboratories to illustrate the princi- orimetry. Because the calorimeter is not sealed, the reaction occurs under the of the atmosphere. le containing a reactant, to a coffee-cup In this case there is FIGURE 5.18) is 01 ples of calorimetry. Because ind

 

The post Assume that the specific heat of the rocks is 0.82 J/g-K. calculate the quantity of heat absorbed by 50.0 kg of rocks if their temperature increases by 12.0 degrees Celsius. (b) what temperature change would these rocks undergo if they emitted 450 kJ of heat? appeared first on nursing assignment tutor.