That which is NOT part of the respiratory membrane of the lungs is:
- A thin layer of ciliated epithelial cells
<h3>What is the respiratory membrane?</h3>
The respiratory membrane is the surface of the lungs where there is an exchange of gases. There are many parts that make up the respiratory membrane of the lungs.
Some of these are; the respiratory mucosa, the adventitia, and the submucosa. The thin layer of ciliated epithelial cells is not a part of the respiratory membrane but is a hair-like structure that helps to remove unwanted substances from the body.
So the correct answer is: a thin layer of ciliated epithelial cells.
Learn more about the respiratory membrane here:
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Answer:C He could put the first card he removed into his pocket
Explanation:I TOOK THE TEST!!
Answer: Its A
Explanation:Just plug in the variable 7.75 min to grade a quiz, q
12.4 minutes to grade a paper, p
for a total of 465 minutes
and they have 51 tests and quizzes in total
The best way to complete the second sentence such that it resembles the one given is "You <u>must have </u>left your phone in the restaurant."
<h3>Reason for using "must have"</h3>
- Using the phrase, "almost certain" infers that a person has little doubt that something has happened.
- The phrase, "must have" also infers little doubt and high probability.
The best phrase to fit in the second sentence that would both be grammatically correct and convey the same meaning, is therefore "must have."
In conclusion, the answer is "must have."
Find out more examples on completing sentences at brainly.com/question/84020.
Recall that √x has a domain of x ≥ 0.
So, f(x) is defined as long as
(x + 1)/(x - 1) ≥ 0
• We have equality when x = -1
• Otherwise (x + 1)/(x - 1) is positive if both x + 1 and x - 1 are positive, or both are negative:
Then the domain of f(x) is
x > 1 or x ≤ -1
On the other hand, g(x) is defined by two individual square root expressions with respective domains of
• x + 1 ≥ 0 ⇒ x ≥ -1
• x - 1 ≥ 0 ⇒ x ≥ 1
but note that g(1) is undefined, so we omit it from the second domain.
Then g(x) is defined so long as both x ≥ -1 *and* x > 1 are satisfied, which means its domain is
x > 1
f(x) and g(x) have different domains, so they are not the same function.
