IBPS PO Mains Memory Based Paper (Held on: 30 November 2019 (Previous Year Paper)

Here both points E and F deal about the boost in the economy along with the future aspect of Technology, how Technology has boosted the gig economy, which can be said as another impact of Technology. Technology in the workplace has the opportunity of working to work as a freelancer and impacted the gig economy. There are still researchers going on to improve Technology and bring new advancements in it in the future.

As we can see that in B) which explains how the Technology was designed and aimed to ease the workload of the employees and have a positive impact on the work culture of the employees and work environment, whereas point D) indicates how it has some negative impact on the employees work environment. Expectations to continue to produce at the same pace remain. This can cause employees to feel constantly behind, even while their work is improving with the help of advanced technology. Thus, B-D seems to be the two contradictory statements.

The logic is as follows:

Step I: The first two smallest numbers are arranged in ascending order.

Step II: The next two smallest numbers are arranged in ascending order shifting the previously arranged one inward.

Step III: The digits of all the numbers are interchanged

Step IV: Taking a pair of numbers from the left-most side, the first two digits of the number pair are taken to form a number. Similarly, the second two digits of a number pair are taken to form the next number.

Input: 12  46  32  11  19  36  89  41  56  53  75  81

Step I: 11  12 46  32  19  36  89  41  56  53  75  81  

Step II: 19  32  11  12  46  36  89  41  56  53  75  81

Step III: 91  23  11  21  64  63  98  14  65  35  57  18

Step IV: 92  13  12  11  66  43  91  84  63  55  51  78

Thus, Step IV is the last step.

Hence, 19  32  11  12  46  36  89  41  56  53  75  81 is the Step II of the given input.

The logic is as follows:

Step I: The first two smallest numbers are arranged in ascending order.

Step II: The next two smallest numbers are arranged in ascending order shifting the previously arranged one inward.

Step III: The digits of all the numbers are interchanged

Step IV: Taking a pair of numbers from the left-most side, the first two digits of the number pair are taken to form a number. Similarly, the second two digits of a number pair are taken to form the next number.

Input: 12  46  32  11  19  36  89  41  56  53  75  81

Step I: 11  12 46  32  19  36  89  41  56  53  75  81  

Step II: 19  32  11  12  46  36  89  41  56  53  75  81

Step III: 91  23  11  21  64  63  98  14  65  35  57  18

Step IV: 92  13  12  11  66  43  91  84  63  55  51  78

Thus, Step IV is the last step.

Hence, 14 is third to the right of the fifth term from the left in Step III.

The logic is as follows:

Step I: The first two smallest numbers are arranged in ascending order.

Step II: The next two smallest numbers are arranged in ascending order shifting the previously arranged one inward.

Step III: The digits of all the numbers are interchanged

Step IV: Taking a pair of numbers from the left-most side, the first two digits of the number pair are taken to form a number. Similarly, the second two digits of a number pair are taken to form the next number.

Input: 12  46  32  11  19  36  89  41  56  53  75  81

Step I: 11  12 46  32  19  36  89  41  56  53  75  81  

Step II: 19  32  11  12  46  36  89  41  56  53  75  81

Step III: 91  23  11  21  64  63  98  14  65  35  57  18

Step IV: 92  13  12  11  66  43  91  84  63  55  51  78

Thus, Step IV is the last step.

There are two numbers between 91 and 21 in Step III, two numbers between 11 and 32 in Sep I, thus in Step four there are two numbers between 92 and 11 in step IV.

Hence, 11 is the correct answer.

The logic is as follows:

Step I: The first two smallest numbers are arranged in ascending order.

Step II: The next two smallest numbers are arranged in ascending order shifting the previously arranged one inward.

Step III: The digits of all the numbers are interchanged

Step IV: Taking a pair of numbers from the left-most side, the first two digits of the number pair are taken to form a number. Similarly, the second two digits of a number pair are taken to form the next number.

Input: 12  46  32  11  19  36  89  41  56  53  75  81

Step I: 11  12 46  32  19  36  89  41  56  53  75  81  

Step II: 19  32  11  12  46  36  89  41  56  53  75  81

Step III: 91  23  11  21  64  63  98  14  65  35  57  18

Step IV: 92  13  12  11  66  43  91  84  63  55  51  78

Thus, Step IV is the last step.

The number which is fourth from the left end in step II = 12

The number which is fourth from the right end in step IV = 65

Sum = 12 + 63 = 75

Hence, 75 is the correct answer.

The given series: ABOVE    ACUTE     DRAIN     GAMES

The alphabets in the word are arranged in the alphabetical order and assigned the numerical order from 1 to 5 within each word:

ABEOV   ACETU    ADINR    AEGMS

Hence, 2^nd position alphabets  of the alphabets in the word forms the alphabetical series.

Given:

1. Seven people are sitting around a circular table facing,

2. Different ages:  6, 12,15,19, 38, 30 & 13.

3) The person with age as their multiple or factor are not sitting together.

1. B is sitting second to the right of E whose age is a multiple of 3 but less than A.
2. G is sitting opposite to B whose age is 4 more than C.

Hence, we have only pair in which any person whose age is 4 less. So age of C is 15 years and Age of B is 19 years.

3. The age of G is not 15 years and he is not sitting adjacent to E.

Hence there will be one or more than one person between G and E.

4. Age of the person sitting opposite to E is half of E.

From statements 1 and 4, we can conclude that the age of E is 12 years and person sitting opposite to E is 6 years old.

5. The person whose age is 3 less than C sits immediately right to him.

As we know C is 15 years old and E is 12 years old so E and C are sitting together and C is sitting between E and G.

6. The person whose age is prime number is sitting second to the right of B.

Hence the person whose age is 13 years is sitting second to the right of B.

7. F is not an immediate neighbor of E.
8. D is sitting second to right of person whose age is multiple of 3.
9. The sum of age of D and F is a perfect square.

Hence D is sitting second to the right of C and his age is 30 years and the age of F is 6 years.

Hence only A and G are left so A age will be 13 years and G age will be 38 years.

Hence, the final arrangement will be:

Hence, D sits second to the left of F.

Given:

1. Seven people are sitting around a circular table facing,

2. Different ages:  6, 12,15,19, 38, 30 & 13.

3) The person with age as their multiple or factor are not sitting together.

1. B is sitting second to the right of E whose age is a multiple of 3 but less than A.
2. G is sitting opposite to B whose age is 4 more than C.

Hence, we have only pair in which any person whose age is 4 less. So age of C is 15 years and Age of B is 19 years.

3. The age of G is not 15 years and he is not sitting adjacent to E.

Hence there will be one or more than one person between G and E.

4. Age of the person sitting opposite to E is half of E.

From 1 and 4 statement we can conclude that age of E is 12 years and person sitting opposite to E is 6 years old.

5. The person whose age is 3 less than C sits immediately right to him.

As we know C is 15 years old and E is 12 years old so E and C are sitting together and C is sitting between E and G.

6. The person whose age is prime number is sitting second to the right of B.

Hence the person whose age is 13 years is sitting second to the right of B.

7. F is not an immediate neighbor of E.
8. D is sitting second to right of person whose age is multiple of 3.
9. The sum of age of D and F is a perfect square.

Hence D is sitting second to the right of C and his age is 30 years and the age of F is 6 years.

Hence only A and G are left so A age will be 13 years and G age will be 38 years.

Hence, the final arrangement will be:

Hence, the age of the person who sits immediate right of A is 38 years.

Given:

1. Seven people are sitting around a circular table facing,

2. Different ages:  6, 12,15,19, 38, 30 & 13.

3) The person with age as their multiple or factor are not sitting together.

1. B is sitting second to the right of E whose age is a multiple of 3 but less than A.
2. G is sitting opposite to B whose age is 4 more than C.

Hence, we have only pair in which any person whose age is 4 less. So age of C is 15 years and Age of B is 19 years.

3. The age of G is not 15 years and he is not sitting adjacent to E.

Hence there will be one or more than one person between G and E.

4. Age of the person sitting opposite to E is half of E.

From 1 and 4 statement we can conclude that age of E is 12 years and person sitting opposite to E is 6 years old.

5. The person whose age is 3 less than C sits immediately right to him.

As we know C is 15 years old and E is 12 years old so E and C are sitting together and C is sitting between E and G.

6. The person whose age is prime number is sitting second to the right of B.

Hence the person whose age is 13 years is sitting second to the right of B.

7. F is not an immediate neighbor of E.
8. D is sitting second to right of person whose age is multiple of 3.
9. The sum of age of D and F is a perfect square.

Hence D is sitting second to the right of C and his age is 30 years and the age of F is 6 years.

Hence only A and G are left so A age will be 13 years and G age will be 38 years.

Hence, the final arrangement will be:

Hence, only A age is not a multiple of 3 from the group of C, D, E and F)

Given:

1. Seven people are sitting around a circular table facing,

2. Different ages:  6, 12,15,19, 38, 30 & 13.

3) The person with age as their multiple or factor are not sitting together.

1. B is sitting second to the right of E whose age is a multiple of 3 but less than A.
2. G is sitting opposite to B whose age is 4 more than C.

Hence, we have only pair in which any person whose age is 4 less. So age of C is 15 years and Age of B is 19 years.

3. The age of G is not 15 years and he is not sitting adjacent to E.

Hence there will be one or more than one person between G and E.

4. Age of the person sitting opposite to E is half of E.

From 1 and 4 statement we can conclude that age of E is 12 years and person sitting opposite to E is 6 years old.

5. The person whose age is 3 less than C sits immediately right to him.

As we know C is 15 years old and E is 12 years old so E and C are sitting together and C is sitting between E and G.

6. The person whose age is prime number is sitting second to the right of B.

Hence the person whose age is 13 years is sitting second to the right of B.

7. F is not an immediate neighbor of E.
8. D is sitting second to right of person whose age is multiple of 3.
9. The sum of age of D and F is a perfect square.

Hence D is sitting second to the right of C and his age is 30 years and the age of F is 6 years.

Hence only A and G are left so A age will be 13 years and G age will be 38 years.

Hence, the final arrangement will be:

Hence, age of B is 19 years.

Statement: A@B, B#C, CD@&A, D#E@F@&C, F@G&C, G&H$C

Hence, B is in North-west to G$.

Statement: A@B, B#C, CD@&A, D#E@F@&C, F@G&C, G&H$C

If the distance between B and C is less than AB than it will be 5m so BC=DE=5m

Hence CE = 13m$.

Statement: A@B, B#C, CD@&A, D#E@F@&C, F@G&C, G&H$C

Hence, the total distance between E and G is 19 m.

Please note: G&H$C means G is to the east of H and H is south of C and the distance is 7 or 12 this won't be possible if the distance between F and G is 7 so it has to be 12.

People: A, B, C, D, E and F

Lift: 1 to 6

Floor: 1 to 16, Ground floor number 1 and top floor number 16

Function: Anniversary, Birthday, Meeting, Interview, Orientation and Shooting

1. The difference between the button number which F pressed in the lift and the floor on which he steps down is 11.
2. C steps down on the floor which is pressed by F.
3. There is a gap of one floor between the floors on which B and F steps down.
4. B uses lift 2 and he steps down on even number floor above F.

(Implies that either F pressed button 1 or 3 in the lift which results F to step down on floor number 12 or 14 respectively)

Case: 1

Case: 2

5. There is a gap of 3 floor between F and D. F steps down above D.
6. C attends Meeting.

Case: 1

Case: 2

7. D attends Birthday function and is above the floor on which A steps down.
8. The number of gap of floor between A and D is same as between E and C.
9. A steps down on floor which is immediately above the floor on which E steps down and he uses lift 3.

Case: 1

Case: 2

10. Interview is conducted on the floor which is just above the floor on which Anniversary is being held.
11. Lift 1 stops on floor on which Anniversary is being conducted.

Case: 1

Case: 2

12. Sum of floor on which lift 4 and lift 5 stops is 17 and lift 5 stops on even number floor.
13. Orientation is organised on the floor which is below the floor on which Shooting is held.

Case: 2

Case: 1 

Eliminates as the only combination of floors which gives 17 is floor 5 and 12. But on floor 5, A stepped down who used lift 3.

Hence, F uses lift 5.

People: A, B, C, D, E and F

Lift: 1 to 6

Floor: 1 to 16, Ground floor number 1 and top floor number 16

Function: Anniversary, Birthday, Meeting, Interview, Orientation and Shooting

1. The difference between the button number which F pressed in the lift and the floor on which he steps down is 11.
2. C steps down on the floor which is pressed by F.
3. There is a gap of one floor between the floors on which B and F steps down.
4. B uses lift 2 and he steps down on even number floor above F.

(Implies that either F pressed button 1 or 3 in the lift which results F to step down on floor number 12 or 14 respectively)

Case: 1

Case: 2

5. There is a gap of 3 floor between F and D. F steps down above D.
6. C attends Meeting.

Case: 1

Case: 2

7. D attends Birthday function and is above the floor on which A steps down.
8. The number of gap of floor between A and D is same as between E and C.
9. A steps down on floor which is immediately above the floor on which E steps down and he uses lift 3.

Case: 1

Case: 2

10. Interview is conducted on the floor which is just above the floor on which Anniversary is being held.
11. Lift 1 stops on floor on which Anniversary is being conducted.

Case: 1

Case: 2

12. Sum of floor on which lift 4 and lift 5 stops is 17 and lift 5 stops on even number floor.
13. Orientation is organised on the floor which is below the floor on which Shooting is held.

Case: 2

Case: 1 

Eliminates as the only combination of floors which gives 17 is floor 5 and 12. But on floor 5, A stepped down who used lift 3.

Hence, B steps down on floor number 16.

People: A, B, C, D, E and F

Lift: 1 to 6

Floor: 1 to 16, Ground floor number 1 and top floor number 16

Function: Anniversary, Birthday, Meeting, Interview, Orientation and Shooting

1. The difference between the button number which F pressed in the lift and the floor on which he steps down is 11.
2. C steps down on the floor which is pressed by F.
3. There is a gap of one floor between the floors on which B and F steps down.
4. B uses lift 2 and he steps down on even number floor above F.

(Implies that either F pressed button 1 or 3 in the lift which results F to step down on floor number 12 or 14 respectively)

Case: 1

Case: 2

5. There is a gap of 3 floor between F and D. F steps down above D.
6. C attends Meeting.

Case: 1

Case: 2

7. D attends Birthday function and is above the floor on which A steps down.
8. The number of gap of floor between A and D is same as between E and C.
9. A steps down on floor which is immediately above the floor on which E steps down and he uses lift 3.

Case: 1

Case: 2

10. Interview is conducted on the floor which is just above the floor on which Anniversary is being held.
11. Lift 1 stops on floor on which Anniversary is being conducted.

Case: 1

Case: 2

12. Sum of floor on which lift 4 and lift 5 stops is 17 and lift 5 stops on even number floor.
13. Orientation is organised on the floor which is below the floor on which Shooting is held.

Case: 2

Case: 1 

Eliminates as the only combination of floors which gives 17 is floor 5 and 12. But on floor 5, A stepped down who used lift 3.

Hence, D uses lift 6.

People: A, B, C, D, E and F

Lift: 1 to 6

Floor: 1 to 16, Ground floor number 1 and top floor number 16

Function: Anniversary, Birthday, Meeting, Interview, Orientation and Shooting

1. The difference between the button number which F pressed in the lift and the floor on which he steps down is 11.
2. C steps down on the floor which is pressed by F.
3. There is a gap of one floor between the floors on which B and F steps down.
4. B uses lift 2 and he steps down on even number floor above F.

(Implies that either F pressed button 1 or 3 in the lift which results F to step down on floor number 12 or 14 respectively)

Case: 1

Case: 2

5. There is a gap of 3 floor between F and D. F steps down above D.
6. C attends Meeting.

Case: 1

Case: 2

7. D attends Birthday function and is above the floor on which A steps down.
8. The number of gap of floor between A and D is same as between E and C.
9. A steps down on floor which is immediately above the floor on which E steps down and he uses lift 3.

Case: 1

Case: 2

10. Interview is conducted on the floor which is just above the floor on which Anniversary is being held.
11. Lift 1 stops on floor on which Anniversary is being conducted.

Case: 1

Case: 2

12. Sum of floor on which lift 4 and lift 5 stops is 17 and lift 5 stops on even number floor.
13. Orientation is organised on the floor which is below the floor on which Shooting is held.

Case: 2

Case: 1 

Eliminates as the only combination of floors which gives 17 is floor 5 and 12. But on floor 5, A stepped down who used lift 3.

Hence, F attends Orientation.

People: A, B, C, D, E and F

Lift: 1 to 6

Floor: 1 to 16, Ground floor number 1 and top floor number 16

Function: Anniversary, Birthday, Meeting, Interview, Orientation and Shooting

1. The difference between the button number which F pressed in the lift and the floor on which he steps down is 11.
2. C steps down on the floor which is pressed by F.
3. There is a gap of one floor between the floors on which B and F steps down.
4. B uses lift 2 and he steps down on even number floor above F.

(Implies that either F pressed button 1 or 3 in the lift which results F to step down on floor number 12 or 14 respectively)

Case: 1

Case: 2

5. There is a gap of 3 floor between F and D. F steps down above D.
6. C attends Meeting.

Case: 1

Case: 2

7. D attends Birthday function and is above the floor on which A steps down.
8. The number of gap of floor between A and D is same as between E and C.
9. A steps down on floor which is immediately above the floor on which E steps down and he uses lift 3.

Case: 1

Case: 2

10. Interview is conducted on the floor which is just above the floor on which Anniversary is being held.
11. Lift 1 stops on floor on which Anniversary is being conducted.

Case: 1

Case: 2

12. Sum of floor on which lift 4 and lift 5 stops is 17 and lift 5 stops on even number floor.
13. Orientation is organised on the floor which is below the floor on which Shooting is held.

Case: 2

Case: 1 

Eliminates as the only combination of floors which gives 17 is floor 5 and 12. But on floor 5, A stepped down who used lift 3.

As, C steps down on floor 3 which is pressed by F.

Hence, F pressed button 3 in the lift.

According to the given information,

Given Statements: A % B, C & D, F * E # C, D % A

On converting: A < B, C > D, F = E ≥ C, D < A

On combining: F = E ≥ C > D < A < B

Conclusions:

I. D % B → D < B → True (as D < A < B→ D < B)

II. E & A → E > A → False (as E ≥ C > D < A → E > D < A → thus clear relation between E and A can’t be determined)

III. F & D → F > D → True (as F = E ≥ C > D → F ≥ C > D → F > D)

Hence, both conclusions I and III are true$.

According to the given information,

Statements: H # T, J % S, X & H, T * S

On converting: H ≥ T, J < S, X > H, T = S

On combining: X > H ≥ T = S > J

Conclusions:

I. H & S → H > S → False (as H ≥ T = S → H ≥ S)

II. H # J → H ≥ J → False (as H ≥ T = S → H ≥ S > J → H > J)

III. J % X → J < X → True (as X > H ≥ T = S > J → X > J → J < X)

Hence only conclusion III is True$.

1. Some Doors are Windows. No Window is Table. All Table are Chair.

Conclusions:

I. No Door is Table ⇒ False.

II. Some Chairs are not Doors ⇒ False.

Hence statement 1) will not result in given conclusion.

2. All Doors are Windows. All Window are Table. Some Window are Chair.

Conclusions: 

I. No Door is Table ⇒ False.

II. Some Chairs are not Doors ⇒ False.

Hence statement 2) will not result in given conclusion.

3. All Doors are Windows. No Window is Table. Some Table are Chair.

Conclusions: 

I. No Door is Table ⇒ True.

II. Some Chairs are not Doors ⇒ True.

Hence statement 3) will result in given conclusion.

4. No Door is Window. Some Window are Table. All Table are Chair.

Conclusions: 

I. No Door is Table ⇒ False.

II. Some Chairs are not Doors ⇒ True.

Hence statement 4) will not result in given conclusion.

Given: 

1. There are 10 flats available, out f which seven are occupied.

2. People: I, J, K, L, M, N, O

3. Three flats are vacant and all the flats are in North facing directions.

The further details are as follows:

1) There are four flats between J and M.

2) M stay in neither of the three rightmost flats nor in the four leftmost flats. 

3) There are three flats between M and K.

4) There is one vacant flat to the immediate right of K, who stays in flat no.10.

5) Three persons are sitting in alphabetical order, among whom one is M.

6. O does not stay in the four rightmost flats.

7)  Both M and J stay in an even-numbered flat.

8) There is one vacant floor to the immediate left of the Flat in which I stay. 

9) N stay in flat no. 2. I do not stay in any of the extreme ends flats.

10) There are three flats in numerical order in which one of the flats is I's flat.

11. The flat number of L is the summation of the flat number of I and N. 

12. I is not adjacent to L and there are 2 flats between N and I.

13. The flat number of O is half the flat number of K.

12) The flat number of O is half the flat number of K.

13. The flat to the left of O is the lowest odd number flat.

Hence, J is sitting in the rightmost corner.

Given: 

1. There are 10 flats available, out f which seven are occupied.

2. People: I, J, K, L, M, N, O

3. Three flats are vacant and all the flats are in North facing directions.

The further details are as follows:

1) There are four flats between J and M.

2) M stay in neither of the three rightmost flats nor in the four leftmost flats. 

3) There are three flats between M and K.

4) There is one vacant flat to the immediate right of K, who stays in flat no.10.

5) Three persons are sitting in alphabetical order, among whom one is M.

6. O does not stay in the four rightmost flats.

7)  Both M and J stay in an even-numbered flat.

8) There is one vacant floor to the immediate left of the Flat in which I stay. 

9) N stay in flat no. 2. I do not stay in any of the extreme ends flats.

10) There are three flats in numerical order in which one of the flat is I's flat.

11. The flat number of L is the summation of the flat number of I and N. 

12. I is not adjacent to L and there are 10 flats between N and I.

13. The flat number of O is half the flat number of K.

12) The flat number of O is half the flat number of K.

13. The flat to the left of O is the lowest odd number flat.

Hence, two vacant floor are there between N and J.

Given: 

1. There are 10 flats available, out f which seven are occupied.

2. People: I, J, K, L, M, N, O

3. Three flats are vacant and all the flats are in North facing directions.

The further details are as follows:

1) There are four flats between J and M.

2) M stay in neither of the three rightmost flats nor in the four leftmost flats. 

3) There are three flats between M and K.

4) There is one vacant flat to the immediate right of K, who stays in flat no.10.

5) Three persons are sitting in alphabetical order, among whom one is M.

6. O does not stay in the four rightmost flats.

7)  Both M and J stay in an even-numbered flat.

8) There is one vacant floor to the immediate left of the Flat in which I stay. 

9) N stay in flat no. 2. I do not stay in any of the extreme ends flats.

10) There are three flats in numerical order in which one of the flat is I's flat.

11. The flat number of L is the summation of the flat number of I and N. 

12. I is not adjacent to L and there are 10 flats between N and I.

13. The flat number of O is half the flat number of K.

12) The flat number of O is half the flat number of K.

13. The flat to the left of O is the lowest odd number flat.

Hence, O stays in flat number 5.

Given: 

1. There are 10 flats available, out f which seven are occupied.

2. People: I, J, K, L, M, N, O

3. Three flats are vacant and all the flats are in North facing directions.

The further details are as follows:

1) There are four flats between J and M.

2) M stay in neither of the three rightmost flats nor in the four leftmost flats. 

3) There are three flats between M and K.

4) There is one vacant flat to the immediate right of K, who stays in flat no.10.

5) Three persons are sitting in alphabetical order, among whom one is M.

6. O does not stay in the four rightmost flats.

7)  Both M and J stay in an even-numbered flat.

8) There is one vacant floor to the immediate left of the Flat in which I stay. 

9) N stay in flat no. 2. I do not stay in any of the extreme ends flats.

10) There are three flats in numerical order in which one of the flat is I's flat.

11. The flat number of L is the summation of the flat number of I and N. 

12. I is not adjacent to L and there are 10 flats between N and I.

13. The flat number of O is half the flat number of K.

12) The flat number of O is half the flat number of K.

13. The flat to the left of O is the lowest odd number flat.

Hence, L's flat is there to the immediate left of M.

Given: 

1. There are 10 flats available, out f which seven are occupied.

2. People: I, J, K, L, M, N, O

3. Three flats are vacant and all the flats are in North facing directions.

The further details are as follows:

1) There are four flats between J and M.

2) M stay in neither of the three rightmost flats nor in the four leftmost flats. 

3) There are three flats between M and K.

4) There is one vacant flat to the immediate right of K, who stays in flat no.10.

5) Three persons are sitting in alphabetical order, among whom one is M.

6. O does not stay in the four rightmost flats.

7)  Both M and J stay in an even-numbered flat.

8) There is one vacant floor to the immediate left of the Flat in which I stay. 

9) N stay in flat no. 2. I do not stay in any of the extreme ends flats.

10) There are three flats in numerical order in which one of the flat is I's flat.

11. The flat number of L is the summation of the flat number of I and N. 

12. I is not adjacent to L and there are 10 flats between N and I.

13. The flat number of O is half the flat number of K.

12) The flat number of O is half the flat number of K.

13. The flat to the left of O is the lowest odd number flat.

Hence,vacant flat is 3^rd to the left of the 7^th to the right of O.

Given expression is Q @ T # F $ Z # P % X # S & R % Y

Q @ T means Q is a daughter of T,

T # F means T is a wife of F,

F $ Z means F is a son of Z,

Z # P means Z is a wife of P,

P % X means P is a father of X,

X # S means X is a wife of S,

S & R means S is a brother in law of R,

R % Y means R is a father of Y.

Thus, using the following symbols

We get the following family tree diagram

Hence, Q is a niece of X.

Given expression is Q @ T # F $ Z # P % X # S & R % Y

Q @ T means Q is a daughter of T,

T # F means T is a wife of F,

F $ Z means F is a son of Z,

Z # P means Z is a wife of P,

P % X means P is a father of X,

X # S means X is a wife of S,

S & R means S is a brother in law of R,

R % Y means R is a father of Y.

Thus, using the following symbols

We get the following family tree diagram

Since, P is a grandfather of Y and Y is a cousin of Q.

Hence, ‘Grandfather, Cousin’ is the correct answer.

The pattern followed here is,

If number is even,

Step 1→ multiply by 2

Step 2→ divide by 4

Step 3 → multiply by 3

Example,

If number is odd,

Step 1 → divide by 3

Step 2→ multiply by 2

Step 3 → add 5

Now separating book codes in the group A and group B.

Book with highest number of pages in group A has 69 pages, and code for that book is “51”.

Hence, 51 is the correct answer.

The pattern followed here is,

If number is even,

Step 1→ multiply by 2

Step 2→ divide by 4

Step 3 → multiply by 3

If number is odd,

Step 1 → divide by 3

Step 2→ multiply by 2

Step 3 → add 5

Now separating book codes in the group A and group B.

Lowest number of pages in group B is 50, code for that book is 75.

Hence, 75 is the correct answer.

The pattern followed here is,

If number is even,

Step 1→ multiply by 2

Step 2→ divide by 4

Step 3 → multiply by 3

Example,

If number is odd,

Step 1 → divide by 3

Step 2→ multiply by 2

Step 3 → add 5

Now separating book codes in the group A and group B.

Lowest code of group A is 33 and number of pages = 22

Highest code of group B is 138 and number of pages = 92

Addition = 22 + 92 = 114

Hence, 114 is the correct answer

The pattern followed here is,

If number is even,

Step 1→ multiply by 2

Step 2→ divide by 4

Step 3 → multiply by 3

If number is odd,

Step 1 → divide by 3

Step 2→ multiply by 2

Step 3 → add 5

By checking each option:

42 → 42 is a even number so,

Step 1: 42 × 2 = 84, step 2: 84 ÷ 4 = 21, Book code = 21 × 3 = 63

36 → 36 × 2 = 72, 72 ÷ 4 = 18, book code = 18 × 3 = 54

15 → Odd number

Step 1: 15 ÷ 3 = 5, Step 2: 5 × 2 = 10, step 3 : 10 + 5 = 15

27 → odd number

Step 1: 27 ÷ 3 = 9, step 2: 9 × 2 = 18, step 3: 18 + 5 = 23

Hence, 27 is the correct answer.

The pattern followed here is,

If number is even,

Step 1→ multiply by 2

Step 2→ divide by 4

Step 3 → multiply by 3

If number is odd,

Step 1 → divide by 3

Step 2→ multiply by 2

Step 3 → add 5

99 → odd number

Step 1: 99 ÷ 3 = 33

Step 2: 33 × 2 = 66

Step 3: 66 + 5 = 71

Hence, 71 is the correct answer

The argument I clearly state that the report published by The Reef and Rainforest Research Centre is optimistic and it talks about the significant signs of recovery. Hence argument I is relevant to the given statements.

The argument II shows that the number of visitors has increased but data about coral visiting activities is not included so argument II weakens the statement.

The argument III is not relevant to the statement so it is neither making statement strong or weak.

Thus, option 4 is true.

Answer: Option 3. Both statements are independent causes.

Both the statements are two distinct causes. In the given statements, Deirdre is focusing on two distinct causes, the first being draining of untreated sewage into rivers, lakes, and oceans which will pollute the water bodies while the second one emphasizes the unsustainable use of freshwater which might lead to water scarcity.

The pattern followed here is,

In step 1 →

Last two alphabets of every word are placed in front.

Example: all, “ll” will come in front of the word and all will become “lla”.

Step 2 →

Consonants are replaced by the next letter of English alphabetical series.

Vowels are replaced by the number of letters present in that word.

Example:  ysbo, y → z, s → t, b→ c, o→ 4

Step 3 →

In place of alphabets, number of alphabets present in that word are taken.

In place of odd number → #