Most important reasoning questions for competitive exams using reasoning tricks

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I have explained ten most important reasoning questions of missing number for competitive exams like ssc cgl, ssc chsl ,bank clerk and rrb ntpc . These missing number Reasoning questions have been explained in simple language and easy style.


Important reasoning questions in figure problems

Problem #1

             reasoning questions

This reasoning problem consists of four figures and every figure have five numbers ,four around the figure and one in the centre of the figure. Watch carefully all the numbers which are around the central number are perfect squares. So we have to find out the square roots of these numbers and add these numbers then divide the sum with 5 to find the middle number ,

Middle number in every figure is 5th part of sum of roots of every the numbers 

1st Figure

{√100 +√25 + √100 + √25 } ÷ 5 = {10 + 5 + 10 + 5 } ÷ 5  = 30 ÷ 5 = 6 ( Middle number in 1st figure ) 

2nd Figure

{√25 +√25 + √81 + √36 } ÷ 5 = {5 + 5 + 9 + 6 } ÷ 5 = 25 ÷ 5   = 5 ( Middle number in 2nd figure ) 

3rd Figure

{√25 +√25 + √25 + √25 } ÷ 5 = {5 + 5 + 5 + 5 } ÷ 5  = 20 ÷ 5 = 4 ( Middle number in 3rd figure ) 

4th Figure

{√36 +√49 + √9 + √16 } ÷ 5 = { 6  + 7 + 3 + 4 } ÷ 5  20 ÷ 5 = 4 ( Middle number in 4th figure ) . 

Option (3)4 is correct option 

Problem #2

               
reasoning questions
This reasoning problem consists of three figures and every figure have five numbers ,four around the figure and one in the centre of the figure. In this reasoning problem the central/middle number is the difference of sum of the numbers on the left side and right side in each figure. 

1st Figure

( 56 + 15 ) - ( 22 + 8 ) = 71 - 30 =  41 (Middle number in 1st figure) 

2nd Figure

( 46 + 9 ) - ( 10 + 6 ) = 55 - 16 = 39  (Middle number in 1st figure) 

3rd Figure

 ( 34 + 11 ) - ( 14 + 6 ) = 45 - 20 = 25  (Middle number in 3rd figure)  

Option (4)25 is correct option

Problem #3

missing number reasoning questions

This problem figure also consists of three individual figures and every single figure have one number in the middle and six numbers in the upper and lower part of its circle . Since question mark of third figure is the the middle of circle , Hence this number in place of question mark shall be obtained from all other numbers which are in the lower and upper part of this circle. 

Formula :-

All the numbers in the middle of all the figure are the 7 times of sum of all the digits written around the circle. 

1st Figure

7 [0 + 6 + 4 + 5 + 3 + 1 ] = 7 × 19 =133 (Middle number in 1st circle) 

2nd Figure

7 [8 + 2 + 5 + 3 + 4 + 6 ] = 7 × 28 =196 (Middle number in 2nd circle) 

3rd Figure

7 [2 + 1 + 5 + 7 + 3 + 4 ] = 7 × 22 =154 (Middle number in 3rd circle) 

Option (2)154  is correct option


Problem #4


missing number reasoning questions
This octagonal figure have eight numbers written on it. Look carefully these numbers are in increasing order starting from 3 and moving clockwise like this 
3, 5 , 7 , 11 , 13 , 17, 19 , ? . 

But these numbers do not form any pattern these they  neither have common difference nor have definite series pattern . 
But if we take 1st number as ? ( question  mark ) and move clockwise like this 
 ?, 3, 5 , 7 , 11 , 13 , 17, 19 . 
Now we have a pattern of prime number, because 2 is 1st prime number and all other numbers are prime numbers. Therefore 
2, 3, 5 , 7 , 11 , 13 , 17, 19 . are in prime number series pattern. 

Option (4)2 is correct option

Problem #5


reasoning questions
This series have seven numbers in it . And all the numbers are written in decreasing order . So we have to take the differences of two consecutive terms to proceed further.

These are given terms of series.
57, 56, 55, 51, 43, 34, ?
Differences of two consecutive terms can be calculated like this
57 - 56 = 1 
56 - 55 = 1 
55 - 51 = 4
51 - 43 = 8
43 - 34 = 9
34 - ? = 
Now study the differences 
1, 1, 4 , 8 , 9 , .... 
This can be written as 
1², 1³, 2², 2³, 3²,.....
In this pattern next difference would be 3³ and 4²
So next number would be 34 + 3³ = 34 + 27 = 61
And similarly next number would be 61 + 4² = 61 + 16 = 77
So question marks? = 61 

Option (3)61 is correct option

Problem #6


reasoning questions

This reasoning problem consists of three triangles and every triangle have four numbers associated to it. Each triangles have three numbers around it and one number is in the middle of it. So to find the middle number in each triangle multiply all the numbers around it then divide it with 10 . 

1st triangle

(5 × 6 × 4 ) ÷ 10 = 120 ÷ 10 = 12  ( Middle number in 1st triangle ) 

2nd triangle

(6 × 7 × 5 ) ÷ 10 = 210 ÷ 10 = 21 ( Middle number in 2nd triangle ) 

3rd triangle

(4 × 8 × 10 ) ÷ 10 = 320 ÷ 10 = 32 ( Middle number in 3rd triangle ) . 
Option (2)32 is correct option

Problem #7


missing number reasoning questions
This reasoning problem consists of three squares and every squares have four small squares , And each small square contains a number in it. If we add all the numbers in each small square then we shall have total of 35 in each small square. 
Sum of all the numbers in each box is 35.

1st Square

3 + 17 + 4 + 11 = 35  

2nd Square

2 + 16 + 7 + 10 = 35  

3rd Square

6 + 13 + ? + 15 = 35
⇒34 + ? = 35
⇒ ? = 35 - 34
⇒ ? = 1 
Option (4)1 is correct option

 Problem #8


missing number reasoning questions
( a + b )² + sq of any of two number when moving clockwise = Number in the outer part of opposite sector 

2nd quadrant  

 ( 7 + 2 )² +  7² = 9² + 7² = 81 + 49 = 130 ( Number in the outer part of opposite sector) 

1st quadrant  

( 6 + 9 )² + 9² = 15² + 9² =  225 + 81 = 306 ( Number in the outer part of opposite sector) 

3rd quadrant  

( 3 + 4 )² + 4² = 7² + 4² =  49 + 16 = 65 ( Number in the outer part of opposite sector) 

4th quadrant  

( 8 + 5 )² + 5² =13² + 5² =  169 + 25 = 194 ( This number must be in  the outer part of opposite sector) 

But  let us choose another option

( 8 + 5 )² +  8² = 13² + 8² =  169 + 64 = 233 ( Number in the outer part of opposite sector) 
Hence option (4)306 is correct option

Problem #9


reasoning questions
This reasoning problem consists of three square and every square have five numbers ,four numbers are at the corner of each square and one in the centre of the square. 
In this square every middle number is written as the difference of sum of opposite numbers.

1st Square

( 9 + 5 ) - ( 7 + 3) = 14 - 10 = 4 ( Middle number in 1st square ) . 

2nd Square

( 12 + 13 ) - ( 8 + 9 ) = 25 - 17 = 8 ( Middle number in 2nd square ).

3rd Square

( 20 + 13 ) - ( 7 + 6 ) = 33 - 13 = 20 ( Middle number in 3rd square).

Option (1)20 is correct option

Problem #10


missing number reasoning questions
This octagonal figure have eight numbers written on it. Look carefully these numbers are not in any order 
1, 2 , 4, 3 , 24 , 12 , 6, ? 
These numbers are nor forming any pattern like this. 
But if we consider these numbers pairwise opposite to each other like this 
( 1 , 24 ), ( 2 , 12 ), ( 4 , 6 ), ( 3, ? ) and then check the multiplication/product of these paired numbers, we shall have same result every time  . Look at  here 

1 × 24 = 2 × 12 = 4 × 6 = 3 × ? = 24
Hence 3 × ? = 24
? = 24 /3 
? = 8

Option (4)8 is correct option.

These were the ten most important reasoning questions for competitive exams. I have tried to explain these missing number Reasoning questions in simple language and easy style. Please comment your valuable opinions regarding this post in comment box. 

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Ten Latest tricky and logical Questions in box and circle reasoning for SSC CGL And SSC CHSL Exams

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Ten Most Important tricky and logical Questions of Reasoning of box and circles problems with solutions are discussed in this post. . These types of problems are very helpful for cracking competitive exams like ssc cgl, ssc chsl and various Bank exams and many other similar exams .

 Problem #1

Questions in box and circle reasoning

This circle is divided into eight parts and each part is composed of three numbers . In each numbers are in outer part of the circle and one number is in the inner part of the circle. If we multiply both the numbers which are in the outer part of the circle and then add one to it then this resultant number will in the inner part of the opposite circle.

( 2 × 2 ) + 1 = 4 + 1 = 5 (In the inner part of opposite sector ).
 ( 9 × 2 ) + 1 = 18 + 1 = 19 (In the inner part of opposite sector ).
( 4 × 3 ) + 1 = 12 + 1 = 13 (In the inner part of opposite sector ).
( 5 × 2 ) + 1 = 10 + 1 = 11 (In the inner part of opposite sector ).
( 6 × 1 ) + 1 = 6 + 1 = 7  (In the inner part of opposite sector ).
( 3 × 7 ) + 1 = 21 + 1 = 22 (In the inner part of opposite sector ).
( 4 × 2 ) + 1 = 8 + 1 = 9 (In the inner part of opposite sector ).
( 3 × ? ) + 1 =  3? + 1 = 25
After solving  
⇒3? =25 - 1
⇒ ? = 24 ÷3
⇒ ? = 8 (In the inner part of opposite sector )
Therefore Correct option is (3) 

Problem # 2

Questions in box and circle reasoning
This circle is divided into four parts and each part is composed of three numbers . In each part two numbers are in outer part of the circle and one number is in the inner part of the circle. 

1st Method 

If we multiply both the numbers which are in the outer part of the circle and then add two to it then this resultant number will in the inner part of the opposite circle.
(8 × 6 ) + 2 = 48 + 2 = 50 (Number in the inner part of the circle in 4th quadrant )
(5 × 7 ) + 2 = 35 + 2 = 37 (Number in the inner part of the circle in 3rd quadrant )
(8 × 10 ) + 2 = 80 + 2 = 82 (Number in the inner part of the circle in 2nd quadrant )
(9 × 11 ) + 2 = 99 + 2 = 101 = ? (Number in the inner part of the circle in 1st quadrant ). 
Therefore Correct option is (4) 

2nd Method 

(8² + 6² ) ÷ 2 = ( 64  + 36 ) ÷ 2 = 100 ÷ 2 = 50 (Number in the inner part of the circle in 4th quadrant )
(5² + 7² ) ÷ 2 = ( 25  + 49 ) ÷ 2 = 74 ÷ 2 = 37 (Number in the inner part of the circle in 3rd quadrant )
(8² + 10² ) ÷ 2 = ( 64  + 100 ) ÷ 2 = 164 ÷ 2 = 82 (Number in the inner part of the circle in 2nd quadrant )
(9² + 11² ) ÷ 2 = ( 81  + 121 ) ÷ 2 = 202 ÷ 2 = 101 = ? (Number in the inner part of the circle in 1st quadrant )

Therefore Correct option is (4) 

Problem # 3

Questions in box and circle reasoning

This circle is also divided into eight parts and  there is also one number written between  any  two numbers towards outer side of these two numbers .  If we  add these  two simultaneous  numbers then reverse the order of the result so obtained then this number will be equal to the number in the small circle opposite to both these numbers .
5  + 17 =  22 ↔️  22 ( Reversing the order of digits)
17 + 12 = 29 ↔️  92 ( Reversing the order of digits)
12 + 31 = 43 ↔️  34 ( Reversing the order of digits)
31 + 10 = 41 ↔️  14 ( Reversing the order of digits)
10 + 11 = 21 ↔️  12 ( Reversing the order of digits)
11+ 6 = 17 ↔️  71  ( Reversing the order of digits)
6  + 8  = 14 ↔️  41 ( Reversing the order of digits) 
8  + 5 = 13 ↔️  31 = ? ( Reversing the order of digits)
Hence the value of  "? " will be 31 
Therefore Correct option is (C) 

Problem # 4


Questions in box and circle reasoning

Taking the difference of two consecutive terms in clockwise direction and analyse the difference , this difference always increases with the increment of 4.

10 -  4 = 6
20 - 10 = 10  with an increment of 4 as compare to last difference which is 6
34 - 20 = 14  with an increment of 4 as compare to last difference which is 10
52 - 34 = 18  with an increment of 4 as compare to last difference which is 14
? - 52 = 22  must be an increment of 4 as compare to last difference which is 18
? = 22 + 52
? = 74
100 - ? = 26  must be an increment of 4 as compare to last difference  which is 22
? = 100 - 26
? = 74 
130 - 100 = 30  with an increment of 4 as compare to last difference  which is 30
130 - 100 = 30  with an increment of 4 as compare to last difference  which is 30
Therefore Correct option is (2) 

Problem # 5


Questions in box and circle reasoning
This circle is divided into four parts and each part is composed of three numbers . In each part two numbers are in outer part of the circle and one number is in the inner part of the circle. If we  check the greater of the numbers which are in the outer part of the circle and  then this resultant number will in the inner part of the opposite circle.

Max (17,14) = 17  (Number in the inner part of the circle in 4th quadrant )
Max (18,13) = 18  (Number in the inner part of the circle in 3rd quadrant )
Max (5,3) = 5  (Number in the inner part of the circle in 2nd quadrant )
Max (4,8) = 8 = ? (Number in the inner part of the circle in 1st quadrant )

Therefore Correct option is (2) 

Problem # 6


Questions in box and circle reasoning

Here 1st circle consist of four parts and if we divide sum of all the digits in its outer part with number of parts then result will be the middle number.
( 6 + 2 + 9 + 7  )/4 =  24/4 = 6 ( Middle number)
2nd circle consist of five parts and if we divide sum of all the digits in its outer part with number of parts then result will be the middle number. 
( 7 + 2 + 5 + 8 + 3 )/5 = 25/5 = 5 ( Middle number)
3rd circle consist of six parts and if we divide sum of all the digits in its outer part with number of parts then result will be  the middle number. 
(  8 + 6 + 7 + 5 + 7 + 9 )/6 = 42/6 = 7 ( Middle number)
Hence option (3) is correct answer

Problem # 7

Questions in box and circle reasoning

In all these triangles the difference of the product of  all the numbers which are in outside of triangle and sum of these numbers is equal to the numbers in the middle of each triangles.

In 1st triangle

(5  × 3 × 2 ) - ( 5 + 3 + 2 ) = 30 - 10 = 20 ( Number in centre of the 1st triangle)

In 2nd triangle

(8  × 5 × 5 ) - ( 8 + 5 + 1 ) = 40 - 14 = 26 ( Number in centre of the 2nd triangle)

In 3rd triangle

(9  × 2 × 3 ) - ( 9 + 2 + 3 ) = 54 - 14 = 40 ( Number in centre of the 3rd triangle)

Therefore Correct option is (4) 

Problem # 8

Questions in box and circle reasoning
This figure consist of four squares around  one big square. Look carefully in this big square every number in it is perfect cube. And if we multiply the cube roots of  two adjacent numbers then we shall have the number attached to big square between these two numbers whose cube root had been multiplied.
Cube root of 512  ×  cube root of 216  = 8  × 6  =  48 ( The number at bottom line in the box)
Cube root of 216  ×  cube root of 343 = 6 × 8 = 42 ( The number at rightmost box )
Cube root of 343  ×  cube root of  64 ( Choose this number because its cube root is 4 ) = 7 × 4  = 28 ( The number at uppermost box )
Cube root of 512  ×  cube root of  64 ( Choose this number because its cube root is 4 ) = 8 × 4  = 32 ( The number at leftmost box )
Therefore Correct option is (B) 
Also read these posts on Reasoning

Problem # 9

Questions in box and circle reasoning

Taking the difference of two consecutive terms in clockwise direction and analyse the difference , this difference always increases with the increment of 5.
30 - 15 = 15 
50 - 30 = 20 with an increment of 5 as compare to last difference which is 15
75 - 50 = 25 with an increment of 5 as compare to last difference which is 20
?  -  75 =  30 with an increment of 5 as compare to last difference which is 25
140 -  ? = 35 with an increment of 5 as compare to last difference which is 30
180 - 140 = 40.  with an increment of 5 as compare to last difference which is 35
Because in every two numbers taken in clockwise order from least number , the difference between two numbers   will be  an increment of 5 . So if we put 105 instead of question mark then we shall have complete pattern discussed above.  
Therefore Correct option is (1)  

Problem # 10

 Questions in box and circle reasoning
This circle is divided into four parts and each part is composed of three numbers . In each part two numbers are in outer part of the circle and one number is in the inner part of the circle. If we multiply both the numbers which are in the outer part of the circle and then divide the resultant so obtained with 4  then this resultant number will in the inner part of the opposite circle.
(7 × 4 ) ÷ 4 = 28 ÷ 4 = 7 (Number in the inner part of the circle in 4th quadrant )
(5 × 8 ) ÷ 4 = 40 ÷ 4 = 10  (Number in the inner part of the circle in 3rd quadrant )
(4 × 20 ) ÷ 4 = 80 ÷ 4 = 20 (Number in the inner part of the circle in 2nd quadrant )
(6 × 8 ) ÷ 4 = 48 ÷ 4 = 12  = ? (Number in the inner part of the circle in 1st quadrant )

Ten Most Important tricky and logical Reasoning of box and circles problems with solutions were discussed in this post. . These types of problems are very helpful for cracking competitive exams like ssc cgl, ssc chsl and various Bank exams and many other similar exams . Feel free to share your opinion regarding this post in comment box.

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Reasoning questions with answers for competitive exams, Reasoning questions with answers for bank exams

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Reasoning questions with answers for competitive exams,  Reasoning questions with answers for bank exams. These questions of reasoning in latest reasoning questions with answers are very very important for upcoming competitive exams  like Bank PO , SSC CGL etc . So let us start solving and understanding these Maths logical reasoning questions with answers.


Reasoning questions with answers for competitive exams and bank exams


Problem # 1


Reasoning questions with answers for bank exams
 
Every number in any upper row is the average of two numbers in the lower row.

Last row /Bottom Row

(9 + 7) ÷ 2  = 16 ÷2 = 8 ( Number in 2nd last row ), 
(7 + 5) ÷ 2  = 12 ÷ 2 =  6 ( Number in 2nd last row ), 
(5 + 3) ÷ 2  = 8 ÷ 2 = 4 ( Number in 2nd last row ), 

2nd last row

(8 + 6) ÷ 2  = 14 ÷ 2 =  7 ( Number in 3rd last row ), 
(6 + 4) ÷ 2  = 10 ÷ 2 = 5 ( Number in 3rd last row ), 

3rd last row

(7 + 5) ÷ 2  = 12 ÷ 2 =  6 ( Number in Top most row ), And this will be the value of question mark ?
Hence option (1)6 is correct option

Problem # 2



Reasoning questions with answers for bank exams

This problem of reasoning have three figures, And every figure consist of five numbers .Out of five numbers one is at centre and four numbers are around the central number.
In every figure central number is the sum of the cube of remaining four numbers.

 33  +   23  +   43  +   63   = 27 + 8  + 64 + 216 =  315 (In 1st figure)
 113  +   73  +  83  +    63  = 1331 + 343  + 512 +216 =  2402 (In 2nd figure)
 13  +  53  +   ?3  +    43   = 1 + 125  +  ?3 + 64 =  1190  (In 3rd figure)
⇒   ?3  = 1190 - 64 - 125 - 1 
 ⇒   ?3  = 1190 - 190
⇒   ?3  = 1000
⇒   ? = 10
Hence option (3)10 is correct option


Problem # 3


Reasoning questions with answers for bank exams

Take the cube of product of 1st two numbers of every row to get the 3rd number in the box.
 (2 × 3)3  =   63  = 216 (last number in 1st row)
 (3 × 4)3   =   123  = 1728 (last number in 2nd row)
 (4 × 5)3  =   203  = 8000 (last number in 3rd row)
  (5 × 6)3  =   303  = 27000 (last number in 4th row)
or 
Cube of ( 2 × 3 )  =  cube of 6 = 216 (last number in 1st row) 
Cube of ( 3 × 4) = cube of 12 = 1728 (last number in 2nd row) 
Cube of ( 4 × 5)  =  cube of 20 = 8000 (last number in 3rd row) 
Cube of ( 5 × 6)  =  cube of 30 = 27000  (last number in 4th row) 
Option (B)27000 is correct option

Problem # 4


Reasoning questions with answers for bank exams

Take the difference of every number with its preceding number
4 - 2  = 2 ( 2nd number - 1st number ) , 
9 - 4 = 5,  ( 3rd number - 2nd number ) , 
20 - 9 = 11 , ( 4th number - 3rd number ) , 
40 -20 = 20, ( 5th number - 4th number ) , 
? - 40 ,   ( 6th number - 5th number ) 
Now this new series of difference is here
2 , 5 , 11 , 20 , ? - 40 
Again take the difference of every number with its preceding number
5 - 2 = 3 , 
11 - 5 = 6 ,
 20 - 11 = 9 
( ? - 40 )  - 20 = 12 (If the pattern follows)
Now study the difference , this difference is multiple of 3, Hence proceeding in the same manner the next difference will be 12
So  ( ? -  40 )  - 20 = 12 
? = 12 + 20 + 40
?  = 72
Option (2)72 is correct option

Problem # 5


Reasoning questions with answers for bank exams

This problem of reasoning  have also three figures, And every figure consist of four numbers .Out of four numbers one is at centre and remaining three numbers are around the central number.
In every figure central number is the sum of the number in base line and product of other two numbers . This implies 1st we have to multiply the two numbers which are in the top row then we have to add this sum to the number in bottom line to get the central number in each figure.
(5 × 2) + 10 = 10 + 10 = 20 (1st Figure)
(6 × 3) + 6 = 18 + 6 = 24  ( 2nd Figure)
(7 × 5) + 6 = 35 + 6 = 41 ( 3rd Figure)
Option (1)24 is correct option

Also read this article

Problem # 6


Reasoning questions with answers for bank exams
This circle has been divided into four parts and each parts consist of three numbers , Two numbers are written in the outer part of the quadrant and one is at the inner part of the quadrant.
(12 - 8 )³  - 1 =  4³  - 1 =  64 - 1 = 63
 (4 - 3 )³  - 1  =  1³  - 1 =  1 - 1 =  0
 (9 - 6 )³  - 1 =  3³  - 1 =  27 - 1 =  26
 (12 - 10 )3  - 1 =  23  - 1 =  8 - 1 =  7
                                or
Cube(12 - 8 ) -  1 = 64 - 1 =  63
Cube (4 - 3 ) -  1 = 1 - 1 =  0
Cube( 9 - 6 ) - 1 = 27 - 1 = 26
Cube(12 - 10 ) - 1 = 8 - 1 = 7
Option (1)7 is correct option


Problem # 7


Reasoning questions with answers for bank exams

This series is the difference of cube  and square of  the number starting from 2.
  23  -   22   = 8 - 4 =  4   ( 1st number in the series) 
 33  -   32   = 27 - 9 =  18   ( 2nd number in the series) 
  43  -   42   = 64 - 16 =  48   ( 3rd number in the series) 
 53  -   52   = 125 - 25 =  100   ( 4th number in the series) 
  63  -   62   = 216 - 36 =  180   ( 5th number in the series) 
  73  -   72   = 343 - 49 =  294   ( 6th number in the series) 
 83  -   82   = 512 - 64 =  448   ( 7th number in the series) 
or
Cube of 2 -  square of 2 = 8 - 4 = 4
Cube of 3 -  square of 3 = 27 - 9 = 18
Cube of 4 - square of 4 = 64 - 16 = 48
Cube of 5 -  square of 5 = 125 - 25 = 100
Cube of 6-  square of 6 = 216 - 36 = 180
Cube of 7 -  square of 7 = 343 - 49 = 294
Option (3)48 is correct option

Problem # 8


Reasoning questions with answers for bank exams

Take the sum of cube roots of two adjoining numbers from the big box in the centre to get the number in outer part of small box .
  (343)⅓ +   (27)⅓  = 7 + 3 = 10 ( The number in the outer small box)
 (27)⅓+  (125)⅓  = 3 + 5 = 8 ( The number in the outer small box)
 (125)⅓ +  (?)⅓  = 5  + (?)⅓  = 7 ( The number in the outer small box)
⇒   (?)⅓  = 7 - 5 
⇒   (?)⅓  = 2  , cubing both  sides
⇒  ?  = 8
 ( ?)⅓ + (343)⅓  =  (?)⅓  + 7 = 9 ( The number in the outer small box)
⇒  (?)⅓  = 9 - 7 
⇒ (?)⅓  = 2  , cubing both  sides
⇒  ?  = 8
Hence we get 2 in both the cases 
Hence Option (C)8 is correct option

Problem # 9


Reasoning questions with answers for bank exams 
This problem of reasoning also have three figures, And every figure consist of five numbers .Out of five numbers one is at centre and remaining four numbers are around the central number.

In this problem central number is 2 less than the sum of  all the number which are around the middle number.

1st figure

(0 + 6 + 4 + 2) - 2 = 12 - 2 = 10 (middle number in first figure) 

2nd figure

( 6 + 2 + 10 + 8) - 2 = 26 - 2 = 24 (middle number in 2nd figure) 

3rd figure

(4 + 14 + 12 + 10 ) - 2 = 40  - 2 = 38 (middle number in 3rd figure) 
Option (C)38 is correct option

Problem # 10


Reasoning questions with answers for bank exams

This circle has been divided into four parts and each parts consist of three numbers , Two numbers are written in the outer part of the quadrant and one is at the inner part of the quadrant.
Difference of digits of numbers in outer circle of any Quadrant - (difference of digits of numbers in inner circle of any Quadrant ) = one in every case
(12 - 8 ) - (6 - 3)  = 4 - 3 =1
(4  - 3 ) - (1 - 1)  = 1 - 0 =1
(9 - 6 ) - (6 - 4)  = 3 - 2 = 1
Similarly we have to proceed like this and choose the correct option whose difference of digits is 1. Look at the option all other option except 2nd option will not satisfies the condition required.
Hence    (12 - 10 ) - (4 - 3)  = 2 - 1 = 1
Option (2)43 is correct

In this post I discussed Ten Tricky logical reasoning questions+answers , Latest reasoning questions with answers  . Comment your valuable suggestion for further improvement.














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