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Eschewing today's hovered-over kids as less plausible characters for an adventure story, Rebeca Stead set her new children's novel in nineteen-seventies New York to show children with a great deal of ______.
Media stories about climate regularly use spokespeople from interest groups as sources, but what those individuals say is often (i)_____, citing results from scientific research in a highly (ii)_____ manner and (iii)_____ the caveats that are part of a full scientific assessment.
During the fifteenth century, three aspects of the mathematical sciences were usually singled out as _____: their preparatory value for the study of philosophy, their practical advantage for the community, and their antiquity.
Computers' triumph in chess had been engineered not by creating machines that (i)_____ human thought, as most experts in artificial intelligence had expected, but by perfecting machines that played like machines. The analogy with flight is (ii)_____: as long as people tried to fly by imitating birds, attaching wings to their arms and flapping madly, they were (iii)_____ to fail. Once engineering escaped the paradigm of the familiar, however, people were soon flying much faster than birds.
Many macroscopic or higher-level properties on the basis of which we sort chemicals into types are not _____ the chemical structure itself but instead only manifest themselves under certain conditions or in particular contexts.
$$a \gt 0$$

Quantity A

$$(a+a^{-1})^{2}$$

Quantity B

$$a^{2}$$+$$a^{-2}$$


$$|2y -5| \lt 1$$

Quantity A

$$y$$

Quantity B

$$1$$



The table shows the number of pages in each of 5 textbooks. What is the greatest possible value of x for which the average (arithmetic mean) number of pages of the 5 textbooks is equal to the median number of pages of the 5 textbooks?
If $$x$$ is a positive integer such that the units digit of $$x^{3}$$ is $$3$$, what is the units digit of $$x^{15}$$?
The functions $$f$$ and $$g$$ are defined by $$f(x)=|2x+1|$$ and $$g(x)=3$$ for all numbers $$x$$. What is the least value of $$c$$ for which $$f(c)=g(c)$$?
For each of the last 5 years, the population of a colony of beetles increased by 8 percent of the preceding year's population. If P represents the current population of the colony, which of the following best represents the population 5 years ago, in terms of P ?
The legs of aright triangle are in the ratio of 3 to 1. If the length of the hypotenuse of the triangle is $$\sqrt{40}$$, then the perimeter of the triangle is between.

The figure above represents a semicircular garden that is enclosed by $$20$$ feet of fencing and a straight garden wall. What is the area, in square feet, of the garden?
A hallmark of certain nineteenth-century mystery novels was the reform agenda of their authors, who ostensibly sought to expose economic injustice while depicting the seamy underside of urban life. In reality, however, these claims to a radical political agenda were often (i) _____ meant to give lurid thrillers the appearance of (ii) _____ .


Quantity A

The number of points in the plane that are equidistant from all the three lines k, m, and p

Quantity B

3








Point $$Q$$ (not shown) is on the number line between $$-2$$ and $$-1$$. Point $$R$$ (not shown) is on the number line between $$0$$ and $$1$$. Point $$S$$ (not shown) is on the number line between $$3$$ and $$4$$.

Note: In the following question, $$QR$$ represents the distance between point $$Q$$ and point $$R$$, not product of the coordinates of point $$Q$$ and point $$R$$

Quantity A

$$QR$$

Quantity B

$$RS$$


If 20 were to be added to only one of the five factors in the product (173) (113) (131) (293) (239), to which factor must it to be added so that the resulting product is as great as possible?

Quantity A

$$y$$

Quantity B

$$z$$


At a certain dealership, $$\frac{2}{5}$$ of the trucks have four-wheel drive, and $$\frac{1}{3}$$ of the vehicles that have four-wheel drive are trucks. Of the vehicles that are trucks or have four-wheel drive, what fraction are trucks that have four-wheel drive?

Give your answer as a fraction.
The operation @ is defined for all numbers $$x$$ and $$y$$ by the equation $$x@y=x^2+y$$.

Quantity A

($$\frac{2}{3}$$@$$\frac{2}{3}$$)@$$\frac{2}{3}$$

Quantity B

$$\frac{2}{3}$$@($$\frac{2}{3}$$@$$\frac{2}{3}$$)


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