The quality improvement component of systems of care which best describes the capture and review of data related to resuscitation education, processes, and outcomes is: measurement.
A systems of care can be defined as a comprehensive network of community-based services and supports that is organized to meet the needs of children, youth and other family members at the risk of mental health or other health challenges, by building partnership among them and sustaining their cultures.
Basically, the four (4) components (elements) of systems of care are:
I. Structure.
II. System.
III. Process.
IV. Patient outcome.
The services and support provided by systems of care include the following:
- Building meaningful partnerships.
Furthermore, a measurement of the aforementioned services and support provided by systems of care are important for its quality improvement.
In conclusion, a capture and review of the data that are generated through resuscitation education, processes, systems and patient outcomes should be measured from time to time, so as to enhance the quality improvement component of systems of care.
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<u>Behavior of Jack:</u>
Jack is the manager, he does have the authority to correct Samantha but it is also his responsibility to make Samantha comfortable. He could have explained the situation to her calmly and make her understand the problem.
Jack did fail to some extent but he could rectify the mistake by apologizing and providing Samantha a clear explanation about how she can improve her performance. If Samantha does go to the PR and reports Jack, both of them leave the problem unsolved indicating lack of proper communication.
A manager should be able to communicate well with their workers and make them see the benefits for the company and their personal interests and then invest their effort into better performance.
Answer:
Kindly check explanation as the question seems incomplete but the explanation should help.
Explanation:
Given the following :
Initial dosage of drug = 100mg
Halflife of drug = 6hours
After 18 hours, the percentage of drug that will be in the system should be :
Half-life is the time taken for a material to reduce to half of it's initial size.
Since half life = 6 hours
After 6 hours ; amount left = 100/2 = 50 mg
After 12 hours ; amount left = 50/2 = 25mg
After 18 hours ; amount left = 25/2 = 12.5mg
Hence, after 18 hours percentage left in system :
(Amount left / total initial amount) × 100%
(12.5 / 100) × 100%
0.125 × 100%
= 12.5%
Answer:
No I think you are wrong, it would be D which is central nervous system.
