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The author of the passage would be most likely to agree with which of the following statements about authors and their translators?
Which of the following is an assumption on which the passage' s argument depends?
Spanish documents concerning the Southwestern United States show that after A.D. 1600, the Apache, Athapaskan-speaking Native Americans, inhabited Southwestern locations in sizable numbers. [hl:3]Traditional interpretations[/hl:3] of the rapid spread of these Athapaskan speakers across this region during the seventeenth and eighteenth centuries assume that Apaches moved into largely unoccupied territory. However, existing data fail to confirm that the Apache were actually moving across this territory in the large numbers suggested by post-1600 Spanish documents. An explanation for this [hl:2]discrepancy[/hl:2] may lie in sixteenth-century Spanish expeditionary narratives that, despite their uneven quality and tendency to exaggerate, generally suggest that much of the Southwest was inhabited by non-Athapaskan speaking, mobile hunter-gatherer Native American groups who had once been sedentary pueblo-dwellers. If Athapaskan speakers such as the Apache routinely assimilated indigenous hunter-gatherer populations, as they did during the seventeenth century in the La Junta region, then the large number of people that the post-1600 Spanish documents identified as Apache may actually include indigenous groups who were assimilated by the Apache.
The author of the passage would most likely agree with which of the following statements about the spread of the Athapaskan language across the Southwest in the seventeenth and eighteenth centuries?
The "discrepancy" refers to the
The author of the passage suggests which of the following about the "traditional interpretations" ?
For a list of $$k$$ consecutive integers, the median is $$m$$ and the range is $$r$$. Which of the following must be equal to $$k$$?
In the xy-plane, the x-intercept of line $$l$$ is $$2$$ and the y-intercept of line $$l$$ is $$8$$. Line $$k$$ is parallel to line $$l$$. Which of the following must be true for the intercepts of line $$k$$?
At an online bookstore, the annual sales in 2014 were $$15$$ percent greater than those of 2013, the annual sales in 2015 were $$25$$ percent greater than those of 2014, the annual sales in 2016 were $$35$$ percent less than those of 2015, and the annual sales in 2017 were $$5$$ percent less than those of 2016. Which of the following best describes the annual sales in 2017 compared with those of 2013?
The integers $$x_1, x_2, x_3, x_4$$, and $$x_5$$ are such that $$0 \lt x_1 \lt x_2 \lt x_3 \lt x_4 \lt x_5$$.

Quantity A

The sum of the squares of the five integers $$x_1, x_2, x_3, x_4$$, and $$x_5$$

Quantity B

The sum of the squares of the five integers $$x_1+1, x_2, x_3, x_4$$, and $$x_5-1$$


A total of $$210$$ tickets were sold for a local concert. Each ticket was either an adult ticket or a child ticket. The adult tickets sold for $$ $15$$ each and the child tickets sold for $$ $8$$ each. If the total revenue from all the tickets sold was $$ $2,730$$. How many more adult tickets than child tickets were sold?


$$x \gt 90$$

Quantity A

The area of triangular region $$ABC$$

Quantity B

$$12$$


A sales representative' s monthly earnings consist of a base salary of $$ $3,500$$ plus a commission equal to $$5$$ percent of monthly sales in excess of $$ $50,000$$. If monthly sales total $$s$$ dollars and $$s \gt 50,000$$, what are the sales representative' s monthly earnings in terms of $$s$$, in dollars?
A total of $$ $72,000$$ was invested for one month in a new money market account that paid simple annual interest at the rate of $$r$$ percent. If the investment earned $$ $360$$ in interest for the month, what is the value of $$r$$?
James and Ellie are two of $$32$$ people standing in a line for movie tickets. There are $$12$$ people, including Ellie, behind James, and there are $$4$$ people between James and Ellie. How many people are in front of Ellie in the line?


If the algebraic expression $$(a+b+c)^2$$ is represented geometrically by the square above, then the expression $$2ab+2bc$$ is represented by which of the following sets of regions?
$$n \gt 4$$

Quantity A

$$n^2-5n+4$$

Quantity B

$$n^2-6n+9$$


$$x \lt 0 \lt y$$

Quantity A

$$y-x^2$$

Quantity B

$$y+x$$


Which of the following integers CANNOT be expressed as $$x^2+y^2+z^2$$, where $$x, y$$, and $$z$$ are integers?
$$x$$ and $$y$$ are integers, $$x \leq 6$$ and $$y \gt 3-2x$$

Quantity A

The least possible value of $$y$$

Quantity B

$$-8$$


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