The complete question is :
The antidepressant fluoxetine (or Prozac) has a half-life of about 3 days. What
percentage of a dose remains in the body after one day
Answer: 79.4 per cent.
Explanation:
Half life of a substance can be defined as the amount of time taken to degrade it half or it can be defined as the time which is required by the substance to become half of its original amount.
Here we need to find the half life of a medicine fluoxetine.
The equation which can be written for the question is :P(t) which will provide the information about the amount of medicine left in the body after one day or time (t)
Since the half-life is 3 days, P(t) = 2−t/3.
Then P(1) = 2−1/3 ≈ 0.794 = 0.794*100=79.4% is the amount of substance left in the body after one day.
b. draws the angle of the mouth up as in smiling
c. elevates and retracts the mandible
d. Temporalis does all of the above actions
Answer:
The correct option is : c. elevates and retracts the mandible
Explanation:
The temporalis muscle or the temporal muscle, is one of the muscles that are involved in the process of mastication or chewing. It is a fan-shaped and broad muscle which belongs to the group of chewing – lower mandible.
Mandible is the lower jaw or the jawbone, is a very strong and the largest bone in the human face.
The main function of the temporalis muscle is the elevation and the refraction of the mandible.
Answer:
The nurses responsibilities include: checking the patients' vital signs and talking with them to assess their condition. teaching patients about their disease and its treatment and answering any questions. overseeing the dialysis treatment from start to finish
Explanation:
the animal kingdom?
A. Cognition
B. Survival tactics
C. The basic needs of life.
Answer:
A. Cognition
Explanation:
Humans are the most intelligent animals on the earth because of our abilities to use cognitive functions at a higher level than any other living creature.
b. inhibin
c. MSH-IH
d. GnRH
e. PRH
Answer:
The correct option is: a. PIH
Explanation:
The PRH or the prolactin-releasing hormone is the hormone responsible for stimulating the release of prolactin from the anterior pituitary gland. Prolactin then stimulates the mammary glands of the mammals, usually females, to produce milk.
The PIH or the prolactin-inhibiting hormone, also known as dopamine, inhibits the production of prolactin and thus blocks the milk formation in males and non-pregnant females.