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题目内容
The least of five consecutive odd integers is $$x-3$$.

Quantity A

The greatest of the five integers

Quantity B

$$x+3$$


For each positive integer $$n$$, set $$A_n$$ consists of n consecutive even integers. What is the range of the integers in set $$A_100$$?

Quantity A

The range of nine consecutive odd integers

Quantity B

$$16$$


The positive integer $$x$$ is the product of $$3$$ different prime numbers.
The positive integer $$y$$ is the product of $$4$$ different prime numbers.

Quantity A

$$x$$

Quantity B

$$y$$


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?

Quantity A

The greatest prime number that is less than $$91$$

Quantity B

The least prime number that is greater than $$84$$


Pat has $$7$$ identical pieces of paper. One or more of the pieces are cut into $$7$$parts each, then one or more of the smaller pieces are cut into $$7$$ parts each again. Which of the following could be the total number of pieces of paper after these cuts have been made?
How many two-digit positive integers are equal to the product of two different prime numbers greater than $$0$$?
$$p$$ and $$r$$ are both prime numbers
$$pr^2 \lt 450$$
What is the greatest possible value of $$r$$?
A total of $$77$$ coins are to be divided equally among n people, where $$n \gt 1$$.

Quantity A

$$n^2$$

Quantity B

$$81$$


$$x$$, $$y$$, and $$z$$ are integers such that $$1 \lt x \lt y \lt z$$ and $$xyz=105$$.

Quantity A

$$x+z$$

Quantity B

$$2y$$


A total of $$143$$ players arrived on the first day of football practice. The coaches divided them into n groups, each with the same number of players, where $$n \gt 1$$.

Quantity A

$$n^2$$

Quantity B

$$125$$


$$N$$ is the least 3-digit positive integer for which the product of its digits is equal to $$24$$.

Quantity A

$$N$$

Quantity B

$$234$$


$$1575=3^m \times 5^n \times 7^p$$, where $$m$$, $$n$$, and $$p$$ are positive integers.

Quantity A

$$m+n+p$$

Quantity B

$$5$$


Quantity A

The number of distinct prime factors of $$1,001^{1,001}$$

Quantity B

The number of distinct prime factors of $$210^{210}$$


What is the number of distinct prime factors of $$n$$?
$$n=13!+15!$$
What is the greatest prime divisor of the product of $$123$$ and $$255$$?

Quantity A

The least positive prime factor of $$7!+7$$

Quantity B

The greatest prime factor of $$7!$$


The number of volunteers at a local fund-raising event was between $$40$$ and $$50$$. Which of the following statements individually provide(s) sufficient additional information to determine the number of volunteers?
Indicate all such statements.

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