Which of the following can be the value of  

1

  +  

1

  +  

1

  +  

1

  +  

1

  +  

1

  +  

1

  +  

1

  :

A.	2 3
B.	4
C.	1
D.	2

Find sum of zeroes of polynomial -y² + 3y + 18.

A.	3
B.	2
C.	4
D.	-2

Find the coordinates of the point shown in the picture.

A.	(-2, -2.5)
B.	(2, -2.5)
C.	(-2, 2.5)
D.	(2, 2.5)

The positive solutions of the equation ex + fy = g always lie in

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

If AB and PQ are parallel, compute the angle X.

A.	96°
B.	264°
C.	449°
D.	444°

If ^@AL, BM,^@ and ^@CN^@ are the medians of the ^@\triangle ABC,^@ then:

A.	^@(AB + BC + CA) > (AL + BM + CN)^@
B.	^@(AB + BC + CA) < (AL + BM + CN)^@
C.	^@(AB + BC + CA) = (AL + BM + CN)^@
D.	None of these

ABCD and PQRS are parallelograms as shown in the figure below:

A.	x + y = l + o
B.	x + y = l + m
C.	x + y + z + w = l + m + n + o
D.	all of above

The area of a trapezium is 594.5 cm² and the distance between its parallel sides is 29 cm. If one of the parallel sides is of length 26 cm, find the length of the other side.

A.	7.5 cm
B.	13 cm
C.	30 cm
D.	15 cm

If BC is a diameter of the circle and ∠BAO = 30º. Then find the value of ∠ADC.

A.	40°
B.	30º
C.	35°
D.	20°

Draw a circle of with its two chords ^@PQ^@ and ^@RS^@ such that ^@PQ^@ is not parallel to ^@RS^@. Draw the perpendicular bisector of ^@PQ^@ and ^@RS^@. At what point do they intersect each other.

A.	On the circumference
B.	Center of the circle
C.	On chord ^@PQ^@
D.	None of the above

The two adjacent sides of a parallelogram are 8 cm and 15 cm. If one of its diagonals is 17 cm, find the area of the triangle.

A.	120cm2
B.	40cm2
C.	2040cm2
D.	60cm2

The radius of a cylinder is halved and the height is tripled. What is the area of the curved surface now compared to the previous surface area?

A.	two times
B.	1.5 times
C.	same
D.	three times

What is the mean of all the internal angles of a triangle.

A.	60°
B.	50°
C.	80°
D.	70°

A tyre manufacturer keeps the record of how much distance the tyres manufactured by the company travel before failing. They find the following data:

Distance traveled in kilometers	Number of failing tyres
Less than 5000	40
5000 to 10000	160
10001 to 20000	360
20001 to 40000	576
More than 40000	864

If Mark buys a tyre from them, what is the probability that it will last more than 20000 kilometers?

A.	1459 2000
B.	1403 2000
C.	1420 2000
D.	1440 2000

We use n! to mean the following expression
n × n-1 × n-2 × n-3 × ... × 2 × 1 (the product of all numbers from 1 to n)

In the range of numbers 16 <= x <= 48, how many numbers are there such that (x - 1)! is not divisible by x?

A.	7
B.	11
C.	8
D.	9

You are given a number N with the property that every next digit of N is greater than the previous digit (so second digit from the left is greater than the first digit, and third digit is greater than the second and so on). Now multiply N by 9. What is the sum of the digits of the resulting number?

A.	7
B.	8
C.	5
D.	9