Find the area of a rectangular park which is ^@ \dfrac { 139 } { 10 } \space m ^@ long and ^@ \dfrac { 46 } { 5 } \space m ^@ broad.

A.	^@\dfrac { 3197 } { 25 } \space m^2^@
B.	^@ 128 \space m^2 ^@
C.	^@\dfrac{ 3198 }{ 25 } \space m^2 ^@
D.	^@\dfrac{ 3197 }{ 28 } \space m^2 ^@

Two angles in a triangle are in the ratio 7:8. If the sum of these angles is equal to the third angle, then what is the value of third angle?

A.	99
B.	90
C.	85
D.	104

The adjoining figure contains three squares with areas of ^@169m^2^@, ^@16m^2^@, and ^@100m^2^@ lying side by side as shown. By how much should the area of the middle square be reduced in order that the total length ^@PQ^@ of the resulting three squares is ^@25 m^@?

A.	^@20m^2^@
B.	^@12m^2^@
C.	^@10m^2^@
D.	^@15m^2^@

The value of ^@\sqrt{ 71 + \sqrt{ 87 + \sqrt{ 169 } } }^@ is

A.	^@11^@
B.	^@9^@
C.	^@13^@
D.	^@8^@

What is the volume of a cube, whose surface area is ^@1944 \space m^2^@?

A.	^@5812 \space m^3^@
B.	^@5842 \space m^3^@
C.	^@5832 \space m^3^@
D.	^@5837 \space m^3^@

The simple interest of $15000 in 7 years at 8% per annum will be same as simple interest on $28000 at 5% per annum in how many years?

A.	7 years
B.	8 years
C.	6 years
D.	5 years

Suppose that ^@ a, b, c ^@ are distinct numbers such that ^@ ( b - c )^2 - 4( b - a )( a - c ) = 0, ^@ find the value of ^@ \dfrac{ b - a }{ a - c }. ^@

A.	^@ 2 ^@
B.	^@ 4 ^@
C.	^@ 8 ^@
D.	^@ 1 ^@

Identify an open curve that is made up of curved lines only.

A.
B.
C.
D.

A garden is 30 metres wide and 40 metres long. There is a pathway that runs along the perimeter inside the garden. The area of the pathway is half of the area of the garden. What is the width of the pathway?

A.	10 m
B.	5 m
C.	7.5 m
D.	2.5 m

Find:
(-9)^-4

A.	1 6561
B.	-1 6561
C.	-6561
D.	1 6570

Tap A can fill a tank in 6 hours, while tap B can empty the full tank in 8 hours. If both taps are open together, how long will it take to fill an empty tank?

A.	24 hours
B.	27 hours
C.	22 hours
D.	23 hours

Factorize: ^@x^2 - (1 + \sqrt{ 2 })x + \sqrt{ 2 }^@

A.	^@(x - 1)(x - \sqrt{ 2 })^@
B.	^@(x + 1)(x - \sqrt{ 2 })^@
C.	^@(x - 1)(x + \sqrt{ 2 })^@
D.	^@(x + 1)(x + \sqrt{ 2 })^@

If you plot following set of points on a graph, which set of points will not form a straight line?

A.	(1,3) (4,5) (5,7) (7,9) (9,11)
B.	(1,3) (3,7) (5,11) (7,15) (8,17)
C.	(0,0) (2,2) (4,4) (5,5)
D.	(1,2) (3,4) (5,6) (7,8)

In a ^@3^@-digit number, the hundreds digit is ^@twice^@ the tens digit while the units digit is ^@thrice^@ the tens digit. Also, the sum of its digits is ^@18^@. Find the number.

A.	^@936^@
B.	^@396^@
C.	^@639^@
D.	^@369^@

Factorize by the method of completing the square:
^@4y^ { 2 }-28y + 45^@

A.	^@(2y + 5)(2y - 9))^@
B.	^@(2y + 5)(2y + 9)^@
C.	^@(2y -5)(2y -9)^@
D.	^@(2y - 5)(2y + 9)^@

Due to 15% discount offered by a shop, price of a bed reduces by $75. Find the discounted price of bed.

A.	$340
B.	$510
C.	$425
D.	$467

Kimberly borrowed a certain amount of money from Barbara at ^@ 10 \% ^@ simple interest per annum. She returned ^@ $52500 ^@ at the end of ^@ 5 ^@ years. Find the amount of money borrowed by her.

A.	^@ $33000^@
B.	^@ $37000^@
C.	^@ $36000^@
D.	^@ $35000 ^@

^@10000^@ blood donors were registered with a charitable hospital. The number of donors increased at the rate of ^@3\%^@ every six months. What is the time period at the end of which the total number of blood donors becomes ^@10609^@?

A.	^@1\dfrac{1}{2}^@
B.	^@1^@
C.	^@2\dfrac{1}{2}^@
D.	^@4^@

Find product of (pq + p + 3q + 1) and (pq + 2p + 3q + 2).

A.	p3q2 + p3q + 3p2q2 + p2q + 2p3 + 2p2 + 9pq2 + 3pq + 2p
B.	-p2q2 - p2q - 3pq2 - pq - 2p2 - 2p - 9q2 - 3q - 2
C.	p2q3 + p2q2 + 3pq3 + pq2 + 2p2q + 2pq + 9q3 + 3q2 + 2q
D.	p2q2 + 3p2q + 6pq2 + 12pq + 2p2 + 4p + 9q2 + 9q + 2

(ab + 9b - 6a - 54) ÷ (a + 9) = ?

A.	b - 6
B.	b + 6
C.	-b - 6
D.	6b + 1

If a die is thrown, what is the probability of getting an odd number?

A.	1 2
B.	0
C.	2 6
D.	4 6

If we use (x+) to indicate the following sum:
1 + 2 + 3 + ... + x
then find the value of k in the following equation:
(28+) - (27+) = (k+).

A.	5
B.	9
C.	7
D.	6