【GRE考满分题库检索】GRE 题目搜索_数学

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题目内容
In the rectangular coordinate system, the point A(2, 4) is equidistant from the points B(d, k) and C(d, z), where k≠z and points A, B, C lie on the same line. Quantity A $$\frac{k+z}{2}$$ Quantity B 4
In the rectangular coordinate system, point (x,y) is equidistant from points (3,3) and (7,3). Quantity A y Quantity B 3
Quantity A w+d Quantity B c+z
In the xy-plane, a circle with point O at the center is tangent to both the x-axis and the y-axis. AB is a diameter of the circle. Quantity A m Quantity B n
w < 45 Quantity A m Quantity B n
Which of the following point(s) are inside the shaded region? Indicate all such points.
Of the following, which graph best represents a shaded region in which every point $$(x, y)$$ satisfies the inequality $$y ≤ \|x\|$$?
In the xy-plane, triangular region R is bounded by the lines x = 0, y = x, and y=-x+5. Which of the following points lie inside region R ? Indicate all such points
Which of the following could be a portion of the graph of $$y=(x+2)^{2}-5$$ in the xy-plane?
The graph of y = ($$x^{2}$$+2x+1) + d (d > 0) intercepts with the x-axis at how many points?
If the length and width of a rectangle are 2x+5 and 3x-7, respectively (x≥3), then what is the least possible area of the rectangle?
The function $$f$$ is defined for all numbers $$x$$ by $$f(x)=57x^{2}-kx+925$$, where $$k$$ is a constant, and $$f(x)=f(-x)$$ for all $$x$$. Quantity A $$k$$ Quantity B $$0$$
In the xy-plane, a circle with radius $$4$$ has its center at the point $$(-1, 2)$$ Which of the following is an equation of the circle?
In the xy-plane, the circle with radius 50 and center (0, 0) passes through which of the following points? Indicate all such points.
Quantity A y Quantity B 110
Quantity A x+z Quantity B y
The three squares share a common vertex, as shown. Quantity A $$a+b$$ Quantity B 90
In quadrilateral QRST, the length of RS is less than the length of QT, and RS is parallel to QT. Quantity A The length of QR Quantity B The length of ST
Quantity A The length of line segment AB Quantity B The length of line segment DC
In the figure below, BC is parallel to AD. Quantity A: The length of AB Quantity B: The length of DC