The difference of the smallest 6-digit number and the smallest 3-digit number is

A.	99900
B.	100000
C.	82522
D.	99910

The set of consecutive odd numbers starting from 1 till N (i.e. 1,3, 5, 7...N) has a sum of 256. What is the value of N?

A.	29
B.	33
C.	27
D.	31

Sunerva-Primo is a comet that orbits around the sun once in 54 years, and Ingravio-Tage is a comet that orbits around the sun once in 108 years. The last time they were seen together in the sky was in 1997. In which year will they be next seen together in the sky ?

A.	2105
B.	2110
C.	2096
D.	2086

What is the value of ^@93 - | - 9 | ? ^@

A.	^@-83^@
B.	^@84^@
C.	^@-84^@
D.	^@83^@

What is the smallest number having four different prime factors?

A.	^@1155^@
B.	^@120^@
C.	^@ 210 ^@
D.	^@105^@

Equivalent fraction to ^@ \dfrac{ 384 }{ 558 } ^@ is:

A.	^@ \dfrac{ 384 + 6 }{ 558 + 6} ^@
B.	^@ \dfrac{ 384 - 6 }{ 558 - 6} ^@
C.	^@ \dfrac{ 384 \div 6 }{ 558 \div 6 } ^@
D.	None of these

 

1

10

  of 1.85 is:

A.	0.185
B.	0.0185
C.	1850
D.	18.5

While doing operations on fractions, in which order should the operations be done among these four operations?
@^ + \space \times \space - \space \div@^

A.	^@ \div \space + \space - \space \times ^@
B.	^@ \times \space + \space - \space \div ^@
C.	^@ + \space - \space \div \space \times ^@
D.	^@ \div \space \times \space + \space - ^@

If triangle ^@ABC^@ is congruent to triangle ^@DEF,^@ which side is equal to side ^@AB?^@

A.	^@DF^@
B.	^@EF^@
C.	^@DE^@
D.	^@ \text { None of these }^@

Write ^@20 \space m^@ as a percentange of a ^@dam^@.

A.	^@ 202 \% ^@
B.	^@ 200 \% ^@
C.	^@ 201 \% ^@
D.	^@ 199 \% ^@

If AB and CD are parallel, find the value of ∠x.

A.	55°
B.	65°
C.	75°
D.	115°

The arm of the ^@ \angle XYZ ^@ given in the following figure is:

A.	X
B.	Z
C.	Y
D.	^@ XY ^@

An expression containing four terms is called:

A.	Monomial
B.	Binomial
C.	Trinomial
D.	Quadrinomial

If a number is multiplied by 8, it increases by 140. Find the number.

A.	20
B.	21
C.	22
D.	18

Four problem figures are given below. There exists a relationship between the first two problem figures. A similar relationship should exist between the third and fourth problem figures. Identify the fourth figure.

A.
B.
C.
D.

Find four equivalent ratios of ^@2:5^@.

A.	^@4 : 10, 6 : 8, 6 : 20, \text{ and } 10 : 10^@
B.	^@7 : 10, 6 : 19, 13 : 20, \text{ and } 10 : 31^@
C.	^@4 : 10, 6 : 15, 8 : 20, \text{ and } 10 : 25^@
D.	^@4 : 7, 5 : 8, 6 : 9, \text{ and } 7 : 10^@