Reasoning PYQs

Row 1: I, J, K, L, M and N

Row 2: A, B, C, D, E and F

1. B sits 2^nd from one of the ends so, B either sits at the right or left end of row 2.
2. Three persons are sitting between B and the one who faces M.
3. One person sits between M and N.

Case-1

Case-2

4 Two persons are sitting between N and the one who faces E. 5. J faces the one who sits second to the right of A. 6. J neither faces B nor E.

Now, E must be sitting at the extreme end and J must be sitting adjacent to J.

Case-1

Case-2

7. D faces the one who sits third to the right of I.
8. One of the immediate neighbors of L faces F.
9. D and F are not immediate neighbors.

Now, case 1 is invalid as we can’t fix I in case 1 as D faces the one who sits 3^rd to the right of I.

The final arrangement is as follows:

Hence, M faces F.

Row 1: I, J, K, L, M and N

Row 2: A, B, C, D, E and F

1. B sits 2^nd from the one of the ends so, B either sits at the right or left end of the row 2.
2. Three persons are sitting between B and the one who faces M.
3. One person sits between M and N.

4 Two persons are sitting between N and the one who faces E. 5. J faces the one who sits second to the right of A. 6. J neither faces B nor E.

Now, E must be sitting at the extreme end and J must be sitting adjacent to J. 7. D faces the one who sits third to the right of I. 8. One of the immediate neighbors of L faces F. 9. D and F are not immediate neighbors.

Now, case 1 is invalid as we can’t fix I in case 1 as D faces the one who sits 3^rd to the right of I.

The final arrangement is as follows:

Hence, L sits third to the right of K.

Row 1: I, J, K, L, M and N

Row 2: A, B, C, D, E and F

1. B sits 2^nd from the one of the ends so, B either sits at the right or left end of the row 2.
2. Three persons are sitting between B and the one who faces M.
3. One person sits between M and N.

4 Two persons are sitting between N and the one who faces E. 5. J faces the one who sits second to the right of A. 6. J neither faces B nor E.

Now, E must be sitting at the extreme end and J must be sitting adjacent to J. 7. D faces the one who sits third to the right of I. 8. One of the immediate neighbors of L faces F. 9. D and F are not immediate neighbors.

Now, case 1 is invalid as we can’t fix I in case 1 as D faces the one who sits 3^rd to the right of I.

The final arrangement is as follows:

Hence, D sits second to the left of B, so the answer is none of these.

Row 1: I, J, K, L, M and N

Row 2: A, B, C, D, E and F

1. B sits 2^nd from the one of the ends so, B either sits at the right or left end of the row 2.
2. Three persons are sitting between B and the one who faces M.
3. One person sits between M and N.

4 Two persons are sitting between N and the one who faces E. 5. J faces the one who sits second to the right of A. 6. J neither faces B nor E.

Now, E must be sitting at the extreme end and J must be sitting adjacent to J. 7. D faces the one who sits third to the right of I. 8. One of the immediate neighbors of L faces F. 9. D and F are not immediate neighbors.

Now, case 1 is invalid as we can’t fix I in case 1 as D faces the one who sits 3^rd to the right of I.

The final arrangement is as follows:

Hence, I is 4^th to the left of the one who faces A i.e. L

Row 1: I, J, K, L, M and N

Row 2: A, B, C, D, E and F

1. B sits 2^nd from the one of the ends so, B either sits at the right or left end of the row 2.
2. Three persons are sitting between B and the one who faces M.
3. One person sits between M and N.

4 Two persons are sitting between N and the one who faces E. 5. J faces the one who sits second to the right of A. 6. J neither faces B nor E.

Now, E must be sitting at the extreme end and J must be sitting adjacent to J. 7. D faces the one who sits third to the right of I. 8. One of the immediate neighbors of L faces F. 9. D and F are not immediate neighbors.

Now, case 1 is invalid as we can’t fix I in case 1 as D faces the one who sits 3^rd to the right of I.

The final arrangement is as follows:

Hence, All are sitting at the extreme end of the row except A.

Given names: A, B, C, D, E, F, and G.

Face direction: North

1. E has equal number of persons to his left and right side.

2. F sits on the extreme left end of the row.

3. There are three persons between F and B.

4. G sits second from one of the ends.

(Here, there will be two cases, Case 1: when G is second from the right end and Case 2: when G is second from the left end).

5. A sits immediate right of C.

6. A does not sit at the corner.

(In case 2 A will be at the corner to adjust the statement 5, so we can eliminate case 2 here)

Hence the final arrangement will be as follows:

Hence, C is sitting second to the left of E.

Given names: A, B, C, D, E, F, and G.

Face direction: North

1. E has equal number of persons to his left and right side.

2. F sits on the extreme left end of the row.

3. There are three persons between F and B.

4. G sits second from one of the ends.

(Here, there will be two cases, Case 1: when G is second from the right end and Case 2: when G is second from the left ed).

5. A sits immediate right of C.

6. A does not sit at the corner.

(In case 2 A will be at the corner to adjust the statement 5, so we can eliminate case 2 here.)

Hence the final arrangement will be as follows:

Hence, two persons are sitting between A and G.

Given names: A, B, C, D, E, F, and G.

Face direction: North

1. E has equal number of persons to his left and right side.

2. F sits on the extreme left end of the row.

3. There are three persons between F and B.

4. G sits second from one of the ends.

(Here, there will be two cases, Case 1: when G is second from the right end and Case 2: when G is second from the left ed).

 

5. A sits immediate right of C.

6. A does not sit at the corner.

(In case 2 A will be at the corner to adjust the statement 5, so we can eliminate case 2 here.)

Hence the final arrangement will be as follows:

Hence, B is sitting third from the right end.

Given names: A, B, C, D, E, F, and G.

Face direction: North

1. E has equal number of persons to his left and right side.

2. F sits on the extreme left end of the row.

3. There are three persons between F and B.

4. G sits second from one of the ends.

(Here, there will be two cases, Case 1: when G is second from the right end and Case 2: when G is second from the left ed).

 

5. A sits immediate right of C.

6. A does not sit at the corner.

(In case 2 A will be at the corner to adjust the statement 5, so we can eliminate case 2 here.)

Hence the final arrangement will be as follows:

Hence, five persons are sitting to the left of G.

Given names: A, B, C, D, E, F, and G.

Face direction: North

1. E has equal number of persons to his left and right side.

2. F sits on the extreme left end of the row.

3. There are three persons between F and B.

4. G sits second from one of the ends.

(Here, there will be two cases, Case 1: when G is second from the right end and Case 2: when G is second from the left ed).

5. A sits immediate right of C.

6. A does not sit at the corner.

(In case 2 A will be at the corner to adjust the statement 5, so we can eliminate case 2 here.)

Hence the final arrangement will be as follows:

Hence, A is sitting exactly between F and B.

Given number: 45392276

Even digits: 4, 2, 2, 6

Odd digits: 5, 3, 9, 7

1 is added to each even digit: 5, 3, 3, 7

2 is subtracted from each odd digit: 3, 1, 7, 5

New number: 53173357

Left side 53173357 Right side

2^nd number from left: 3

6^th number from right: 1

Their sum is: 3 + 1 = 4.

Hence, 4 is the correct answer.

Let us draw the diagram according to the information given in the question,

Hence, person J is in North-East of Person L.

Let us draw the diagram according to the information given in the question,

LO = 18 m and NO = 15 m

By Pythagoras Theorem

LN² = LO² + ON²

LN² = 18² + 15²

LN² = 324 + 225

LN² = 549 (by taking square roots on both the sides)

LN² = √549

Hence, the shortest distance between L and N is √549.

Let us draw the diagram according to the information given in the question,

Hence, K is in East direction with respect to L.

Given names: A, B, C, D, E, and F

Dates given: 7^th and 12^th

Months given: January, February and March

1. A was born on the even number date of a month having 31 days.

(Here, we have two cases, Case 1: when A is born on 12 January and Case 2: when A is born on 12 March).

2. Only one person was born between A and B.

Case 1: when A is born on 12 January

Case 2: when A is born on 12 March

3. C is the youngest person.

(Here, we can eliminate case 2 as in this case A is the youngest person).

4. E was born just before C.

5. At least two persons are born between E and D.

Hence, the final arrangement will be as follows:

Hence, B was born on 12^th February.

Given names: A, B, C, D, E, and F

Dates given: 7^th and 12^th

Months given: January, February and March

1. A was born on the even number date of a month having 31 days.

(Here, we have two cases, Case 1: when A is born on 12 January and Case 2: when A is born on 12 March).

2. Only one person was born between A and B.

Case 1: when A is born on 12 January

Case 2: when A is born on 12 March

3. C is the youngest person.

(Here, we can eliminate case 2 as in this case A is the youngest person).

4. E was born just before C.

5. At least two persons are born between E and D.

Hence, the final arrangement will be as follows:

Hence, A was born just before F.

Given names: A, B, C, D, E, and F

Dates given: 7^th and 12^th

Months given: January, February and March

1. A was born on the even number date of a month having 31 days.

(Here, we have two cases, Case 1: when A is born on 12 January and Case 2: when A is born on 12 March).

2. Only one person was born between A and B.

Case 1: when A is born on 12 January

Case 2: when A is born on 12 March

3. C is the youngest person.

(Here, we can eliminate case 2 as in this case A is the youngest person).

4. E was born just before C.

5. At least two persons are born between E and D.

Hence, the final arrangement will be as follows:

Hence, two persons were born between A and E.

Given names: A, B, C, D, E, and F

Dates given: 7^th and 12^th

Months given: January, February and March

1. A was born on the even number date of a month having 31 days.

(Here, we have two cases, Case 1: when A is born on 12 January and Case 2: when A is born on 12 March).

2. Only one person was born between A and B.

Case 1: when A is born on 12 January

Case 2: when A is born on 12 March

3. C is the youngest person.

(Here, we can eliminate case 2 as in this case A is the youngest person).

4. E was born just before C.

5. At least two persons are born between E and D.

Hence, the final arrangement will be as follows:

Hence, E – 7 – March is the correct name – date – month pair.

Given names: A, B, C, D, E, and F

Dates given: 7^th and 12^th

Months given: January, February and March

1. A was born on the even number date of a month having 31 days.

(Here, we have two cases, Case 1: when A is born on 12 January and Case 2: when A is born on 12 March).

2. Only one person was born between A and B.

 

Case 1: when A is born on 12 January

Case 2: when A is born on 12 March

3. C is the youngest person.

(Here, we can eliminate case 2 as in this case A is the youngest person).

4. E was born just before C.

5. At least two persons are born between E and D.

Hence, the final arrangement will be as follows:

Hence, five persons were born after D.

Consider the series given:

S 4 5 4 S S 4 5 4 S 7 S W 7 5 7 5 W 4 4 4 W C C 5 5 7 C C 7

We need to find out combinations having

Number Alphabet

Thus, six numbers are immediately succeeded by an alphabet in the series.

Hence, six is the correct answer.