b. treat yourself at the end of a hard day.
c. prevent yourself from getting too hungry.
d. eat mainly from the tip of the Food Guide Pyramid.
Answer: C. prevent yourself from getting too hungry
b. viral
c. parasitic
d. all of the above
Answer:
The correct answer is c. parasitic
Explanation:
The sexually transmitted infection which is generally not life-threatening are parasitic STIs because most of the STIs caused by parasites are generally remain asymptomatic and they are among the most curable sexually transmitted infections.
For example, Trichomoniasis is a very common STI that is caused by Trichomonas vaginalis a protozoan parasite. It is among the most curable STD and 70% of people infected with this parasite do not even show any symptom. Viral STIs have no cure and bacterial STIs can be fatal some times. So the correct answer is c.
b. False
Answer: True
Explanation:
Empathy is the ability of a person to understand or feel what another person is thinking or experiencing. It is the ability of a person to keep oneself on other person's situation.
Altruistic behavior can be define as the behavior in which a person thinks that the well-being of others is equally important than the well being of self. It involves the selfless acts for the welfare of others.
On the basis of the above explanation, when one experience empathy than one can motivate altruistic behavior.
Answer:
26 drops per minute
Explanation:
First, I added up the total volume: 10 ml plus 10 ml plus 500 ml. I get a total of 520 ml that should be administered in five hours.
Since they ask for minutes, I change those fiver hours to minutes by multiplying them by 60, which gives me a total of 300 minutes.
Since there are 15 drops per ml, I now multiply that number by the total volume (520), giving me a total of 7800 drops.
Now, I just have to divide 7800 and 300. This gives me the number of drops I need per minute: 26
To administer the infusion over 5 hours, the flow should be adjusted to 25 drops per minute.
To determine the rate in drops per minute needed to administer the infusion over 5 hours, we first need to calculate the total number of drops in the infusion. We know that the vencolysis set calibrates 15 drops/mL, so we can find the number of drops in the entire infusion by multiplying the total volume (500 mL) by the number of drops per mL (15 drops/mL). This gives us 7,500 drops. Since the infusion is to be administered over 5 hours, we can convert this time to minutes by multiplying it by 60 (5 hours x 60 minutes/hour = 300 minutes).
To find the rate in drops per minute, we divide the total number of drops (7,500 drops) by the total time in minutes (300 minutes). The result is 25 drops per minute. Therefore, the flow should be adjusted to 25 drops per minute to administer the infusion over the desired time interval.
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