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Sunny_sXe [5.5K]
2 years ago
10

Which specialty or subdivision (Like gross anatomy, surface anatomy, histology, regional anatomy etc) might focus on studying al

l of the structures of the ankle and foot?
Biology
1 answer:
nikklg [1K]2 years ago
4 0

Regional anatomy might focus on studying all of the structures of the ankle and foot.

<h3>What is Regional Anatomy?</h3>
  • The shapes, locations, and relationships of the human body's structures in a particular region are the subject of regional anatomy.
  • One of the fundamental building blocks of safe and effective medical practice is a thorough understanding of regional anatomy.
  • After finishing this course successfully, students should receive knowledge of the major anatomical divisions, such as those of the thorax or upper limb, with an emphasis on the interactions between the numerous systemic structures (such as the muscles, nerves, and arteries) found there.
  • Understanding the morphological function of the various body regions in relation to one another and the body as a whole.
  • The capacity to employ regional anatomical knowledge to comprehend the underlying anatomical causes of actual biological issues.

To learn more about Anatomy refer to:

brainly.com/question/21190730

#SPJ4

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Answer:

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b. 40.07 hours

c. 8.859 milligrams

Explanation:

If a person takes a prescribed dose of 10 milligrams of Valium, the amount of Valium in that person's bloodstream at any time can be modeled by

A_{t}=10e^{-0.0173t}

Where A(t) = amount of Valium remaining in the blood after t hours

t = time or duration after the drug is taken

a. we have to calculate the amount of drug remaining in the bloodstream after 12 hours

A_{12}=10e^{-0.0173\times12}

A_{12}=10e^{-0.2076}

                = 10×0.81253

                = 8.1 milligrams

b. In this part we have to calculate the time when A(t) = 5 milligrams

5=10e^{-0.0173\timest}

\frac{5}{10}=e^{-0.0173t}

0.5 = e^{-0.0173t}

Now we take natural log on both the sides of the equation.

ln(0.5) = ln(e^{-0.0173t})

-0.69314 = -0.0173t

t = \frac{0.69314}{0.0173}

t = 40.0658

 ≈ 40.07 hours

c. In this part we have to calculate the rate, by which amount of drug will decay in the bloodstream after 7 hours.

A_{7}=10e^{-0.0173\times7}

A_{7}=10e^{-0.1211}

              = 10×0.8859

              = 8.859 milligrams

6 0
3 years ago
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