Regarding rational numbers:
A. The quotient of two integers is always a rational number and
B.  

5

0

  is a rational number.
Which of the following statements is correct ?

A.	A is correct and B is correct explanation of A.
B.	A is correct but B is incorrect.
C.	A is false but B is a correct explanation of A.
D.	Both A and B are false.

Is ^@ 4 ^@ the zero of the polynomial ^@ p(y) = 4 + y ^@ ?

A.	^@ No ^@
B.	^@ Yes ^@
C.
D.

What is the ordinate of the point ^@M(6,13)^@ ?

A.	1
B.	^@ 6 ^@
C.	^@ 13 ^@
D.	^@ -6 ^@

If solutions of a linear equation are (-2, -2), (0, 0) and (2, 2), find the equation.

A.	x + y = 0
B.	x -2y = 0
C.	x = y
D.	-2x + y = 0

Find the measure of angle x.

A.	80°
B.	50°
C.	60°
D.	70°

In an right angled ^@\triangle ABC, \angle ACB = 60^\circ, \angle BAC = 30^\circ^@ and ^@\angle ABC = 90^\circ.^@ If ^@AC = 6 \space cm,^@ then the length of ^@BC ^@ is:

A.	^@6 \space cm^@
B.	^@13 \space cm^@
C.	^@7 \space cm^@
D.	^@3 \space cm^@

The diagonals of a rhombus ABCD intersect at O. If AB = 13 cm, diagonal BD = 24 cm, find the length of other diagonal AC.

A.	10 cm
B.	12 cm
C.	5 cm
D.	9 cm

In the rhombus, ∠PRS = 4X - 336° and ∠QSP = 2X - 12°. Find the value of X.

A.	73°
B.	85°
C.	61°
D.	146°

AC is the diameter of the semicircle and BD is perpendicular to AC. If AB = 8 cm and BC = 2 cm, find the length of BD.

A.	4 cm
B.	5 cm
C.	3 cm
D.	2 cm

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

A.	Center of the circle
B.	Anywhere in the circle
C.	On chord ^@AB^@
D.	None of the above

The perimeter of a quadrilateral is ^@40 \space cm^@. If the first three sides of a quadrilateral, taken in order are ^@13 \space cm, 10 \space cm^@, and ^@12 \space cm^@ respectively, and the angle between fourth side and the third side is a right angle, find the area of the quadrilateral.

A.	^@60 \space cm^2^@
B.	^@180 \space cm^2^@
C.	^@90 \space cm^2^@
D.	^@108 \space cm^2^@

How many meters of cloth, ^@ 7 \space m ^@ width, will be required to make a conical tent, the radius of whose base is ^@ 7 \space m ^@ and height is ^@ 12 \space m? ^@

A.	^@ 305.58 \space m ^@
B.	^@ 43.65 \space m ^@
C.	^@ 312.58 \space m ^@
D.	^@ 314.58 \space m ^@

The following table gives a description of the height of ^@ 29 ^@ students of a class.

^@\text { Height(In cm) }^@	^@124^@	^@110^@	^@152^@	^@146^@
^@\text { Number of students }^@	^@11^@	^@13^@	^@3^@	^@2^@

Find the median of the height.

A.	^@ 126.5 ^@
B.	^@ 124 ^@
C.	^@ 134 ^@
D.	^@ 129 ^@

A box contains 4 green and 6 orange balls. Max takes out a ball, puts it back, and then takes out another ball. What is the probability that both balls were green?

A.	4 10
B.	4 100
C.	16 60
D.	16 100

^@ P(x) ^@ is a polynomial such that ^@ P\left( x + \dfrac{ 7 } { 2 } \right) = P(x). ^@ If ^@ P(10) = 495, ^@ find the value of ^@ P(17). ^@

A.	^@ 495\dfrac{ 7 }{ 2 } ^@
B.	^@ 495 ^@
C.	^@ 495\dfrac{ 1 }{ 2 } ^@
D.	^@496 ^@

Factorize: @^ 4 u^2 + 25 v^2 + 49 w^2 - 20 uv - 70v w + 28 w u @^

A.	^@ (2 u + 5 v + 7 w )^2 ^@
B.	^@ (2 u - 5 v - 7 w )^2 ^@
C.	^@ (2 u - 5 v + 7 w )^2 ^@
D.	^@ (2 u + 5 v - 7 w )^2 ^@