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Quantity A

The product of integers from -87 to -36 inclusive

Quantity B

The product of integers from -85 to -34 inclusive


For a certain event, 148 people attended. If all 148 had paid full admission price, the total revenue would be three times the cost of sponsoring the event. (Admission price was the only source of revenue.) As it happens, only 50 paid the full admission price, and the others paid nothing.

Quantity A

the total revenue

Quantity B

the cost of sponsoring the event


For positive numbers p and q,$$\frac{p-q}{p+q}=\frac{2}{3}$$

Quantity A

p+q

Quantity B

5


Set K consists of all fractions of the form $$\frac{x}{(x+2)}$$ where x is a positive even integer less than 20. What is the product of all the fractions in Set K ?
In the below addition A, B, C, D, E, F, and G represent the digits 0, 1, 2, 3, 4, 5 and 6. If each variable has a different value, and E ≠ 0, then G equals GRE、gre题库、gre模考、gre考满分
The value of $$\frac{1.3333\times0.6666\times1.125}{0.75\times0.8\times0.833}$$is closest to
2 - [1 - (1 - [2 - 3] - 2) + 3] =
Note: Figure not drawn to scale

If x and y are numbers on the number line above, which of the following statements must be true?

I. |x+y| < y

II. x + y < 0

III. xy < 0
GRE、gre题库、gre模考、gre考满分
A certain barrel is$$\frac{1}{5}$$full. When k liters of liquid are added to the barrel, it becomes$$\frac{2}{3}$$full. In terms of k, what is the capacity of the barrel, in liters?
Having received his weekly allowance, John spent $$\frac{3}{5}$$of his allowance at the arcade. The next day he spent one third of his remaining allowance at the toy store, and then spent his last $0.80 at the candy store. What is John`s weekly allowance?
If a, b, c and d are different integers between -6 and 10 inclusive, what is the least possible value of the product abcd?
If the numbers$$\frac{19}{36},\frac{5}{11},\frac{12}{25},\frac{6}{11},and \frac{8}{18}$$, and$$\frac{8}{18}$$were arranged from least to greatest, which number would be in the middle?
$$If \frac{w}x=\frac{2}{3} and \frac{w}x=\frac{8}{15}then \frac{x+y}{y}=$$
If A, B and C represent different digits in the multiplication, then A + B + C = GRE、gre题库、gre模考、gre考满分
In the xy-coordinate system, the distance between points $$(2\sqrt{3},-\sqrt{2}) and (5\sqrt{3},3\sqrt{2})$$ is approximately
How many points (x, y) lie on the line segment between $$(22 . (12)\frac{2}{3}) and (7 . (17)\frac{2}{3})$$ such that x and y are both integers?
In the xy-coordinate system, a circle with radius$$\sqrt30$$and center (2,1) intersects the x-axis at (k ,0). One possible value of k is
If ABCD is a square, what are the coordinates of C? GRE、gre题库、gre模考、gre考满分
Line k is in the rectangular coordinate system. If the x-intercept of k is -2, and the y-intercept is 3, which of the following is an equation of line k?
In the xy-coordinate system, line k has y-intercept 12 and an x-intercept greater than zero. If the area of the triangular region enclosed by line k and the two axes is 30, what is the slope of line k?

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