Answer: C. A researcher may claim that one variable causes another to occur if test results are significant.
Explanation:
Correlation analysis is not meant to show causation between variables but merely to find out if there is a relationship.
While there is a chance of one variable causing another if they are correlated, it is not always the case as there might be another unforeseen variable.
Even if results are significant, a researcher should never claim that one variable can cause another from correlation analysis.
After the resuscitation event, the bls team held a debriefing session to ensure continuous improvement in the quality of CPR. it is necessary to observe the survival rate of patients and maintain the patient's vital signs until the medical unit.
<h3>After the cardiopulmonary resuscitation</h3>
CPR is a procedure that must be performed until the affected person's cardiopulmonary system stabilizes. Or even when the patient is declared dead. Or, in the case of a rescuer, who is alone in the operation, is unable to continue the rescue.
Understand that even if your heart rate returns to normal, emergency medical care should be provided for all people who have undergone CPR. This is because one of the purposes is a restoration of spontaneous circulation (SCR), that is, a brief resuscitation until the patient is adequately cared for in the hospital.
With this information, we can conclude that After the resuscitation event, the bls team held a debriefing session to ensure continuous improvement in the quality of CPR. it is necessary to observe the survival rate of patients and maintain the patient's vital signs until the medical unit.
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Answer:
the total volume divided by time mutiplied by the drop factor = flow rate
Explanation:
Answer:
231 ml
Explanation:
Let x represent the amo unt of Dextrose 70% in ml and y represent the amount of Dextrose 5% in ml needed to prepare 1,000mL of Dextrose 20%.
Since 1000 ml of Dextrose 20% is needed, hence:
x + y = 1000 (1)
Also 70% Dextrose is mixed with 5% dextrose to produce 20% dextrose. i.e.:
70% of x + 5% of y = 20% of 1000
0.7x + 0.05y = 200 (2)
We have to solve equations 1 and 2 simultaneously.
Let us multiply equation 2 by 20:
14x + y = 4000 (3)
subtract equation 1 from 3:
13x = 3000
x = 231 ml
Put x = 231 in equation 1 to find y:
231 + y = 1000
y = 769 ml
Therefore 231 ml of Dextrose 70% must be mixed with 769 ml of Dextrose 5% to prepare 1,000mL of Dextrose 20%? *
Abnormality of the White Blood Cells
