For doctors
and nurses to obtain an accurate result during a complete physical examination
of a patient, the necessary equipment and supplies should be prepared before
the procedure. Here’s a list of the things that should be present in getting a
patient’s blood and urine specimens:
For urine
specimen:
<span>-
</span>Sterile specimen cup = obtained from the
laboratory
<span>-
</span>Cotton ball = to clean the area before
urinating to avoid entry of external bacteria
For blood
specimen:
<span>-
</span>Sterile syringes
<span>-
</span>Blood culture bottles
<span>-
</span>Alcohol swab = to clean the area where the blood
sample will be taken
<span>-
</span>Sterile cotton balls
<span>-
</span>Gloves
<span>-
</span><span>Tourniquet</span>
Answer:
Probability of tractor do not start = 7.67%
Explanation:
Given data:
Probability of not start at red = 6%
Probability of not start at white = 11%
Probability of not start at Blue = 8%
Percentage of tractors produced in red line = 48%
Percentage of tractors produced in white line = 31%
hence Percentage of tractors produced in white line = 1 - 0.48 - 0.31 = 0.21
Probability of tractor do not start 
Probability of tractor do not start = 0.0288 + 0.0231 + 0.0248 = 0.0767
Probability of tractor do not start = 7.67%
Answer:
946.35mL (to 2 decimal places)
Explanation:
Use the formula
C1V1 = C2V2
where C1 is the concentration of the undiluted medication = 15mg/mL
V1 is the volume of the undiluted medication = 1 pint = 473.176mL (convert pint to mL)
C2 is the concentration that the diluted medication should have = 5mg/mL
V2 is the volume of the diluted medication with syrup = ??
C1V1 = C2V2
15mg/mL x 473.176mL = 5mg/mL x V2
<u>15mg/mL x 473.176mL = V2</u>
5mg/mL
1419.528mL = V2
V2 = 1419.528mL (expected volume of medication + syrup)
Therefore, amount of non-medicated flavored syrup base to be added = 1419.528mL - 473.176mL
= 946.352mL (2 pints)
A. Working out in the morning is more effective...
Answer and Explanation:
In the experiment in question, Weingarten et al continued over 11 days, where the food was made freely available and coupled with a light stimulus,
Weingarten demonstrated that rats would make up for the underlying sign driven episode of sustaining and that complete 24-hour admission was comparable on days with prompts and days without signals.
The rats ate the nourishment at whatever point the light/signal was displayed, regardless of whether they had recently completed a supper.
