A real number ^@\dfrac{ 19^{ 5 } \times 16^{ 3 } \times 5^{ 7} \times 38 }{ 19^{ 7 } \times 16^{ 8 } \times 5^{ 8} }^@ will have

A.	Non-terminating repeating decimal expansion
B.	Non-terminating and non - repeating decimal expansion
C.	Terminating decimal expansion
D.	Can't be determined

If ^@ f(x) = - x^{ 4 } + 5 x^{ 3 }^@, then ^@f(9) \div f(1) = ?^@

A.	^@-731^@
B.	^@-729^@
C.	^@-726^@
D.	^@-722^@

Find the distance of the point (-4, 6) from y-axis.

A.	6
B.	0
C.	10
D.	4

If ^@(p, p)^@ is the solution of equations ^@ax + by + (t - s) = 0^@ and ^@bx + ay + (s - r) = 0 (a \ne b)^@ then, which of the following must be true?

A.	^@2r = s + t^@
B.	^@r + s + t = 0^@
C.	^@2s = r + t^@
D.	^@2t = r + s^@

Find the measure of a+b.

A.	280°
B.	270°
C.	80°
D.	290°

If ^@D^@ is the midpoint of the hypotenuse ^@AC^@ of a right ^@ \triangle ABC^@, then:

A.	^@ BD = 2AC ^@
B.	^@ BD = \dfrac { 1 } { 2 } AC ^@
C.	^@ BD = AC ^@
D.	^@ BD = \dfrac { 1 } { 3 } AC ^@

In the parallelogram PQRS, find the measurement of ∠PSQ and ∠PQS when ∠QPS is 57° and ∠QSR is 72°.

A.	51°, 33°
B.	72°, 51°
C.	51°, 72°
D.	18°, 72°

In the rhombus, ∠PRS = 4X - 324° and ∠QSP = 2X - 12°. Find the value of X.

A.	142°
B.	83°
C.	71°
D.	59°

AB and AC are two chords of a circle such that AB = 2AC. If distances of AB and AC from the centre are 3 cm and 4 cm respectively, find the area of circle. (Assume π = 3)

A.	57 cm2
B.	63 cm2
C.	50 cm2
D.	55 cm2

Which of the following angles cannot be constructed using ruler and compass only?

A.	^@ 37.5^\circ ^@
B.	^@ 15^\circ ^@
C.	^@ 42.5^\circ ^@
D.	^@ 75^\circ ^@

In the parallelogram PQRS, PQ = 12 cm. The altitudes corresponding to the side PQ and PS are 9 cm and 8 cm respectively. Find PS.

A.	13.5 cm
B.	12 cm
C.	15 cm
D.	18.9 cm

In the rhombus, ∠PRS = 6X - 486° and ∠QSP = 2X - 16°. Find the value of X.

A.	74°
B.	148°
C.	90°
D.	58°

The mean of the following frequency distribution is ^@6.2.^@

^@ x_i ^@	^@1^@	^@3^@	^@5^@	^@7^@	^@9^@	^@11^@	^@ \text{ Total } ^@
^@f_i^@	^@?^@	^@9^@	^@?^@	^@8^@	^@6^@	^@5^@	^@ 40 ^@

The missing frequencies are:

A.	^@3, 11 ^@
B.	^@ 1, 13^@
C.	^@1, 11^@
D.	^@3, 15^@

A box contains 5 orange and 7 black balls. Hameeda takes out a ball, puts it back, and then takes out another ball. What is the probability that both balls were orange?

A.	7 12
B.	25 144
C.	25 84
D.	5 144

Find the next shape.

A.
B.
C.
D.

In the given figure, find the value of ^@x^@.

A.	^@10^\circ^@
B.	^@6^\circ^@
C.	^@22^\circ^@
D.	^@24^\circ^@