Reasoning PYQs

1. Atmost two person born before Kritika.                                                                

2. Nidhi born in a leap year.                       

3. As many person born before Kritika as after Arpita.

 

 5) Aarav’s age is a prime number. So, case 3 is eliminated because we cannot place Aarav at any place.

6. Difference between age of Aryan and Arpita is a perfect square of least prime number where Aryan is older than Arpita.

7. As many person born between Ram and Ankush as many person between Ankush and Arpita.

 

Since, In case – 2 Aryan is older than Arpita is follow the given condition but incase – 1, it is not follwoed so we eliminate case – 1 . Therefore, the final arrangement is as follows

 

Hence, people born before Ankush and after Nidhi is same.

1. Atmost two person born before Kritika.                                                                

2. Nidhi born in a leap year.                       

3. As many person born before Kritika as after Arpita.

 

 5) Aarav’s age is a prime number. So, case 3 is eliminated because we cannot place Aarav at any place.

6. Difference between age of Aryan and Arpita is a perfect square of least prime number where Aryan is older than Arpita.

7. As many person born between Ram and Ankush as many person between Ankush and Arpita.

 

Since, In case – 2 Aryan is older than Arpita is follow the given condition but incase – 1, it is not follwoed so we eliminate case – 1 . Therefore, the final arrangement is as follows

 

Hence, all except Nidhi has age which is an even number.

1. Atmost two person born before Kritika.                                                                

2. Nidhi born in a leap year.                       

3. As many person born before Kritika as after Arpita.

 

 5) Aarav’s age is a prime number. So, case 3 is eliminated because we cannot place Aarav at any place.

6. Difference between age of Aryan and Arpita is a perfect square of least prime number where Aryan is older than Arpita.

7. As many person born between Ram and Ankush as many person between Ankush and Arpita.

 

Since, In case – 2 Aryan is older than Arpita is follow the given condition but incase – 1, it is not follwoed so we eliminate case – 1 . Therefore, the final arrangement is as follows

 

Hence, Alisha was born in 1995.

1. Atmost two person born before Kritika.                                                                

2. Nidhi born in a leap year.                       

3. As many person born before Kritika as after Arpita.

 

 5) Aarav’s age is a prime number. So, case 3 is eliminated because we cannot place Aarav at any place.

6. Difference between age of Aryan and Arpita is a perfect square of least prime number where Aryan is older than Arpita.

7. As many person born between Ram and Ankush as many person between Ankush and Arpita.

 

Since, In case – 2 Aryan is older than Arpita is follow the given condition but incase – 1, it is not follwoed so we eliminate case – 1 . Therefore, the final arrangement is as follows

 

Hence, Nidhi born in a leap year which is 2004.

1. Atmost two person born before Kritika.

2. Nidhi born in a leap year.                       

3. As many person born before Kritika as after Arpita.

 

4. Aarav’s age is a prime number. So, case 3 is eliminated because we cannot place Aarav at any place.

5. Difference between age of Aryan and Arpita is a perfect square of least prime number where Aryan is older than Arpita.

6. As many person born between Ram and Ankush as many person between Ankush and Arpita.

 

Since, In case – 2 Aryan is older than Arpita is follow the given condition but in case – 1, it is not followed so we eliminate case – 1 . Therefore, the final arrangement is as follows

 

Hence, Ankush's age is 27 which is cube of 3.

1. Z sits at one of the extreme end and faces the person who is an immediate neighbour of M.

2. E sits to the left of Z that means Z sits to the extreme right end of row 2.

3. Only two person sits between B and I.

4. M is the only neighbour of K, who sits diagonally opposite to X  that means K sits immediate left of M which is the left end of row 1 so X sits on left end of row 2. So, case – 3 is eliminated.

5. I sits to the right of B.

6. Y sits to the right of B.                                                         

7. As many person sits between R and O as many between Y and M.

8. E sits second to the right of the person who faces who faces I.

9. The person who sits opposite to O is immediate neighbour of both H and A.

10. As many person sits between X and H as many between H and Z.

11. U doesn’t faces O. In case 1 if we place O to immediate left of I we cannot place H and A as immediate neighbour of the person who is opposite to O. In case 2 we cannot place O at both places because E sits second to the right of the person who faces I which contradicts with the condition of O. So, case2 is eliminated.

Hence, the final arrangement is as follows

Hence, correct answer is option 4.

1. Z sits at one of the extreme end and faces the person who is an immediate neighbour of M.

2. E sits to the left of Z that means Z sits to the extreme right end of row 2.

3. Only two person sits between B and I.

4. M is the only neighbour of K, who sits diagonally opposite to X  that means K sits immediate left of M which is the left end of row 1 so X sits on left end of row 2. So, case – 3 is eliminated.

5. I sits to the right of B.

6. Y sits to the right of B.                                                         

7. As many person sits between R and O as many between Y and M.

8. E sits second to the right of the person who faces who faces I.

9. The person who sits opposite to O is immediate neighbour of both H and A.

10. As many person sits between X and H as many between H and Z.

11. U doesn’t faces O. In case 1 if we place O to immediate left of I we cannot place H and A as immediate neighbour of the person who is opposite to O. In case 2 we cannot place O at both places because E sits second to the right of the person who faces I which contradicts with the condition of O. So, case2 is eliminated.

Hence, the final arrangement is as follows

Hence, all statements are correct so correct answer is option 5.

1. Z sits at one of the extreme end and faces the person who is an immediate neighbour of M.

2. E sits to the left of Z that means Z sits to the extreme right end of row 2.

3. Only two person sits between B and I.

4. M is the only neighbour of K, who sits diagonally opposite to X  that means K sits immediate left of M which is the left end of row 1 so X sits on left end of row 2. So, case – 3 is eliminated.

5. I sits to the right of B.

6. Y sits to the right of B.                                                         

7. As many person sits between R and O as many between Y and M.

8. E sits second to the right of the person who faces who faces I.

9. The person who sits opposite to O is immediate neighbour of both H and A.

10. As many person sits between X and H as many between H and Z.

11. U doesn’t faces O. In case 1 if we place O to immediate left of I we cannot place H and A as immediate neighbour of the person who is opposite to O. In case 2 we cannot place O at both places because E sits second to the right of the person who faces I which contradicts with the condition of O. So, case2 is eliminated.

Hence, the final arrangement is as follows

All are sitting on extreme end of row except F.

Hence, correct answer is option 5.

1. Z sits at one of the extreme end and faces the person who is an immediate neighbour of M.

2. E sits to the left of Z that means Z sits to the extreme right end of row 2.

3. Only two person sits between B and I.

4. M is the only neighbour of K, who sits diagonally opposite to X  that means K sits immediate left of M which is the left end of row 1 so X sits on left end of row 2. So, case – 3 is eliminated.

5. I sits to the right of B.

6. Y sits to the right of B.                                                         

7. As many person sits between R and O as many between Y and M.

8. E sits second to the right of the person who faces who faces I.

9. The person who sits opposite to O is immediate neighbour of both H and A.

10. As many person sits between X and H as many between H and Z.

11. U doesn’t faces O. In case 1 if we place O to immediate left of I we cannot place H and A as immediate neighbour of the person who is opposite to O. In case 2 we cannot place O at both places because E sits second to the right of the person who faces I which contradicts with the condition of O. So, case2 is eliminated.

Hence, the final arrangement is as follows

Hence, correct answer is option 2.

1. Z sits at one of the extreme end and faces the person who is an immediate neighbour of M.

2. E sits to the left of Z that means Z sits to the extreme right end of row 2.

3. Only two person sits between B and I.

4. M is the only neighbour of K, who sits diagonally opposite to X  that means K sits immediate left of M which is the left end of row 1 so X sits on left end of row 2. So, case – 3 is eliminated.

5. I sits to the right of B.

6. Y sits to the right of B.                                                         

7. As many person sits between R and O as many between Y and M.

8. E sits second to the right of the person who faces who faces I.

9. The person who sits opposite to O is immediate neighbour of both H and A.

10. As many person sits between X and H as many between H and Z.

11. U doesn’t faces O. In case 1 if we place O to immediate left of I we cannot place H and A as immediate neighbour of the person who is opposite to O. In case 2 we cannot place O at both places because E sits second to the right of the person who faces I which contradicts with the condition of O. So, case2 is eliminated.

Hence, the final arrangement is as follows

Hence, correct answer is option 3.

Nine Boxes: O, P, Q, R, S, T, U, V and W

1. Four boxes are placed between T and U. More than Four boxes are placed above the box U, which is even number box.

 

2. Two boxes are placed between box O and P, which is placed just above box U.

 

3. There are three boxes are placed between box S and box R, which is placed just above box T. (no place for the R from the given condition so, case 2 eliminated)

 

4. More than three boxes are placed between box P and box V, which is placed above box O.

 

5. More than two boxes are placed between box W and box Q, which is not placed above box P.

 

Hence, there are four boxes between the R and P.

Nine Boxes: O, P, Q, R, S, T, U, V and W

1. Four boxes are placed between T and U. More than Four boxes are placed above the box U, which is even number box.

 

2. Two boxes are placed between box O and P, which is placed just above box U.

 

3. There are three boxes are placed between box S and box R, which is placed just above box T. (no place for the R from the given condition so, case 2 eliminated)

 

4. More than three boxes are placed between box P and box V, which is placed above box O.

 

5. More than two boxes are placed between box W and box Q, which is not placed above box P.

 

Therefore, 6^th number box is O.

Nine Boxes: O, P, Q, R, S, T, U, V and W

1. Four boxes are placed between T and U. More than Four boxes are placed above the box U, which is even number box.

 

2. Two boxes are placed between box O and P, which is placed just above box U.

 

3. There are three boxes are placed between box S and box R, which is placed just above box T. (no place for the R from the given condition so, case 2 eliminated)

 

4. More than three boxes are placed between box P and box V, which is placed above box O.

 

5. More than two boxes are placed between box W and box Q, which is not placed above box P.

 

Therefore, seven boxes are above the box U.

Nine Boxes: O, P, Q, R, S, T, U, V and W

1. Four boxes are placed between T and U. More than Four boxes are placed above the box U, which is even number box.

 

2. Two boxes are placed between box O and P, which is placed just above box U.

 

3. There are three boxes are placed between box S and box R, which is placed just above box T. (no place for the R from the given condition so, case 2 eliminated)

 

4. More than three boxes are placed between box P and box V, which is placed above box O.

 

5. More than two boxes are placed between box W and box Q, which is not placed above box P.

 

Therefore, the relation between them R is below the box V and O is the below the box T in the same way Q is the below the box U.

Nine Boxes: O, P, Q, R, S, T, U, V and W

1. Four boxes are placed between T and U. More than Four boxes are placed above the box U, which is even number box.

 

2. Two boxes are placed between box O and P, which is placed just above box U.

 

3. There are three boxes are placed between box S and box R, which is placed just above box T. (no place for the R from the given condition so, case 2 eliminated)

 

4. More than three boxes are placed between box P and box V, which is placed above box O.

 

5. More than two boxes are placed between box W and box Q, which is not placed above box P.

 

Hence, Q is the box which is placed at the bottom.

1. As many persons are senior to T as are junior to him that means T is designated at CMO.

2. Less than four persons have their designation between T and D.                                               

3. D is neither GM nor COO.

 

4. J and V are  immediately either senior or junior to M.

5. Only three persons are senior to V that means V is CTO. Since, if we place V as CTO we cannot place M either senior or junior to V so case 3 is eliminated.

6. Only two designations are there between M and G.

 

7. P lives above G. So, case 1 and 4 is eliminated we cannot place P above G.

8. As many people senior to  J as many are junior to Y. Therefore, Y is designated as GM. The only person left is O designated as VP.

9) Less than two post between T and O. Hence, the final arrangement is as follows.

 

Hence, the correct answer is option 5.

1. As many persons are senior to T as are junior to him that means T is designated at CMO.

2. Less than four persons have their designation between T and D.                                               

3. D is neither GM nor COO.

 

4. J and V are  immediately either senior or junior to M.

5. Only three persons are senior to V that means V is CTO. Since, if we place V as CTO we cannot place M either senior or junior to V so case 3 is eliminated.

6. Only two designations are there between M and G.

 

7. P lives above G. So, case 1 and 4 is eliminated we cannot place P above G.

8. As many people senior to  J as many are junior to Y. Therefore, Y is designated as GM. The only person left is O designated as VP. 

9) Less than two post between T and O. Hence, the final arrangement is as follows.

 

Since all except option 3 have one person designated between them. Hence, correct answer is option 3.

1. As many persons are senior to T as are junior to him that means T is designated at CMO.

2. Less than four persons have their designation between T and D.                                               

3. D is neither GM nor COO.

 

4. J and V are  immediately either senior or junior to M.

5. Only three persons are senior to V that means V is CTO. Since, if we place V as CTO we cannot place M either senior or junior to V so case 3 is eliminated.

6. Only two designations are there between M and G.

 

7. P lives above G. So, case 1 and 4 is eliminated we cannot place P above G.

8. As many people senior to  J as many are junior to Y. Therefore, Y is designated as GM. The only person left is O designated as VP.

9) Less than two post between T and O. Hence, the final arrangement is as follows.

 

Hence, correct answer is option 1.

1. As many persons are senior to T as are junior to him that means T is designated at CMO.

2. Less than four persons have their designation between T and D.                                               

3. D is neither GM nor COO.

 

4. J and V are  immediately either senior or junior to M.

5. Only three persons are senior to V that means V is CTO. Since, if we place V as CTO we cannot place M either senior or junior to V so case 3 is eliminated.

6. Only two designations are there between M and G.

 

7. P lives above G. So, case 1 and 4 is eliminated we cannot place P above G.

8. As many people senior to  J as many are junior to Y. Therefore, Y is designated as GM. The only person left is O designated as VP.

9) Less than two post between T and O. Hence, the final arrangement is as follows

 

Hence, the correct answer is option 4.

1. As many persons are senior to T as are junior to him that means T is designated at CMO.

2. Less than four persons have their designation between T and D.                                               

3. D is neither GM nor COO.

 

4. J and V are  immediately either senior or junior to M.

5. Only three persons are senior to V that means V is CTO. Since, if we place V as CTO we cannot place M either senior or junior to V so case 3 is eliminated.

6. Only two designations are there between M and G. 

 

7. P lives above G. So, case 1 and 4 is eliminated we cannot place P above G.

8. As many people senior to  J as many are junior to Y. Therefore, Y is designated as GM. The only person left is O designated as VP.

9. Less than two post between T and O. Hence, the final arrangement is as follows.

 

Since, G is CSO.

Hence, the correct answer is option 5.