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The primary purpose of the passage is to
Which of the following best describes the relationship of the first sentence to the passage as a whole?
With which of the following statements about "paintings displaying lofty unconcern with materiality" would the author be most likely to agree?
The primary purpose of the passage is to
The author of the passage mentions eighteenth-century advertising primarily in order to
The passage suggests which of the following about the "scholars"?
According to the passage, which of the following is true about Chaudhuri's work?
It can be inferred that the author of the passage would agree with which of the following statements about Chaudhuri's work?
It can be inferred that the author of the passage most probably mentions Salman Rushdie as an example of a writer who
List P consists of the integers from 80 to 100, inclusive.

Quantity A

The fraction of integers in list P that are prime

Quantity B

$$\frac{1}{7}$$


Two positive integers are twin primes if each is prime and their difference is 2. Which of the following pairs of integers is NOT a pair of twin primes?
The number 50 can be expressed as the sum of different prime numbers; for example, as a sum of four different prime numbers: 3+7+17+23=50.

Quantity A

The least possible number of different prime numbers whose sum is 50

Quantity B

$$3$$


If $$x$$, $$y$$, and z are integers greater than $$1$$ and $$xyz=231$$, what is the value of $$x+y+z$$?
What is the product of the distinct positive prime factors of 52?
If $$b$$ and $$p$$ are positive integers and $$b$$ is a prime number such that $$(b^4)(2^p)=2,592$$, what is the value of $$b+p$$?
If $$x$$ is the product of all the different prime factors of 60, then $$x=$$?


The table above shows the values of one share of stock for companies $$A B$$, and c at the close of the stock market yesterday, where $$x$$ is in dollars and $$x > 2$$. Which of the following statements individually provide(s) sufficient additional information to determine the value of $$x$$?
Indicate all such statements.
There are $$10$$ packages of candy on a shelf, $$4$$ that are filled with blue candies and 6 that are filled with red candies. If $$3$$ packages are to be chosen at random from the shelf without replacement, what is the probability that at least one of the $$3$$ packages will be filled with blue candies?

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