Write the fraction for the decimal number -0.0250 (Reduce your answer to the lowest terms).

A.	-250 100000
B.	-250 10000
C.	-1 40
D.	40 -1

If f(x) = 7x + 6, find f^-1.

A.	f-1(x) = 1 7x+6
B.	f-1(x) = x - 6 7
C.	f-1(x) = 7x + 6
D.	f-1(x) = 7 x - 6

A point whose abscissa and ordinate are both positive will lie in the:

A.	Third quadrant
B.	Fourth quadrant
C.	Second quadrant
D.	First quadrant

Equation 7x + 2y = 9 has a unique solution if x and y are:

A.	Real Numbers
B.	Rational Numbers
C.	Natural Numbers
D.	Positive Real Numbers

If AC and EF are parallel, find ∠ADB.

A.	55°
B.	65°
C.	45°
D.	85°

Two sides $AB$ and $BC,$ and the median $AD$ of $\triangle ABC$ are correspondingly equal to the two sides $PQ$ and $QR,$ and the median $PM$ of $\triangle PQR.$ If $AB = 11 \space cm, AD = 3 \space cm,$ and $AC = 6 \space cm,$ then the length of $PR$ is:

A.	$6 \space cm$
B.	$11 \space cm$
C.	$3 \space cm$
D.	$12 \space cm$

In a triangle ABC, AD is the median. F is the point on AC such that line BF bisect AD at E. The measure of AC = _____.

A.	3EF
B.	3AF
C.	3AE
D.	2AF

The area of a trapezium is 322 cm² and the distance between its parallel sides is 28 cm. If one of the parallel sides is of length 16 cm, find the length of the other side.

A.	5 cm
B.	3.5 cm
C.	7 cm
D.	14 cm

ABCD is a square. Two arcs are drawn with A and B as centers, and radius equal to the side of square. If arcs intersects at point E, find the angle ∠BDE.

A.	25°
B.	27.5°
C.	22.5°
D.	30°

The contruction of a triangle $ABC$ in which $AB = 6 \space cm$, $\angle A = 30^\circ$ is possible when $BC - AC$ is equal to:

A.	$6.5 \space cm$
B.	$7 \space cm$
C.	$7.5 \space cm$
D.	$4.5 \space cm$

The area of a triangle with sides 20 cm, 15 cm, 7 cm is:

A.	39 cm2
B.	46 cm2
C.	42 cm2
D.	35 cm2

In the rhombus, ∠PRS = 2X - 218° and ∠QSP = 2X - 8°. Find the value of X.

A.	79°
B.	158°
C.	71°
D.	87°

The mean of the following data is $22.55.$ The value of $a$ is:

$x_i$	$4$	$9$	$14$	$19$	$24$	$29$	$34$
$f_i$	$11$	$14$	$a$	$6$	$4$	$7$	$43$

A.	$10$
B.	$15$
C.	$24$
D.	$16$

What is the probability that a leap year will contain 53 Sundays?

A.	1 7
B.	2 7
C.	1 52
D.	1 366

Find the next shape.

A.
B.
C.
D.

A telecom operator charges $1 for the first minute and then $0.7 per minute for subsequent minutes of a call. If the duration of call is represented as d, and amount charged is represented as c, find the linear equation for this relationship.

A.	c = d + 0.3
B.	c = 0.7d + 1
C.	c = 0.7d + 0.3
D.	c = d + 0.7