Here, persons are K, L, M, N, O, P and Q.

1. Three persons give interview between M and O who is scheduled for interview after M.

2. Q gives interview two days before P.

3. Q gives interview before M.

 

4. L and N give interview on adjacent days.

5. Not more than one person gives interview between N and K. Therefore, case 2 is eliminated. Hence, the final arrangement is as follows

 

Hence, two persons give interview between P and O.

Here, persons are K, L, M, N, O, P and Q.

1. Three persons give interview between M and O who is scheduled for interview after M.

2. Q gives interview two days before P.

3. Q gives interview before M.

 

4. L and N give interview on adjacent days.

5. Not more than one person gives interview between N and K. Therefore, case 2 is eliminated. Hence, the final arrangement is as follows

 

Since, Q gives interview just before M. Therefore, statement I is correct.

P and L gives interview on adjacent days. Therefore, statement II is correct.

N gives interview just after L not before. Therefore, statement III is incorrect.

Hence, the correct statement is only I and II.

Here, persons are K, L, M, N, O, P and Q.

1. Three persons give interview between M and O who is scheduled for interview after M.

2. Q gives interview two days before P.

3. Q gives interview before M.

 

4. L and N give interview on adjacent days.

5. Not more than one person gives interview between N and K. Therefore, case 2 is eliminated. Hence, the final arrangement is as follows

 

Since, each combination is incorrectly matched except K who gives interview on Sunday.

Hence, the odd one is K - Sunday.

Here, persons are K, L, M, N, O, P and Q.

1. Three persons give interview between M and O who is scheduled for interview after M.

2. Q gives interview two days before P.

3. Q gives interview before M.

 

4. L and N give interview on adjacent days.

5. Not more than one person gives interview between N and K. Therefore, case 2 is eliminated. Hence, the final arrangement is as follows

 

Since, P gives interview on Wednesday. Therefore, statement I is correct.

K is the last person who gives interview. Therefore, statement II is correct.

No one gives interview between N and O. Therefore, statement III is correct.

Hence, the incorrect statement is None of these.

Here, persons are K, L, M, N, O, P and Q.

1. Three persons give interview between M and O who is scheduled for interview after M.

2. Q gives interview two days before P.

3. Q gives interview before M.

 

4. L and N give interview on adjacent days.

5. Not more than one person gives interview between N and K. Therefore, case 2 is eliminated. Hence, the final arrangement is as follows

 

Hence, O give interview on Saturday.

1. Point A is 5 Km to the south of Point B.

2) Point C is 7 Km to the west of point B.

3. Point C is 3 Km to the north of point D.

4. Point D is 2 Km to the east of point E.

5. Point E is 4 Km to the north of point F.

6. Point G is 9 Km to the east of point F.

Hence, the shortest distance between A and G is 2 Km.

1. Point A is 5 Km to the south of Point B.

2) Point C is 7 Km to the west of point B.

3. Point C is 3 Km to the north of point D.

4. Point D is 2 Km to the east of point E.

5. Point E is 4 Km to the north of point F.

6. Point G is 9 Km to the east of point F.

Since, Point A, Point G and Point B makes a straight line. Therefore, statement I is correct.

Point E is in northwest direction of point A not southwest. Therefore, statement II is incorrect.

Point G is in Southeast direction of point D. Therefore, statement III is correct.

Hence, the correct answer is only I and III.

1. Point A is 5 Km to the south of Point B.

2) Point C is 7 Km to the west of point B.

3. Point C is 3 Km to the north of point D.

4. Point D is 2 Km to the east of point E.

5. Point E is 4 Km to the north of point F.

6. Point G is 9 Km to the east of point F.

Since, point E is in Southwest direction of point B.

Hence, the correct answer is Southwest.

Statement:

X = C, C ≤ G, G < S, S > K

On arrangement: X = C ≤ G < S > K

I. X = G → not definitely true (X = C ≤ G < S → X ≤ G)

II. X < G → not definitely true (X = C ≤ G < S → X ≤ G)

Hence, either I or II is true.

**Given

Statement:

** C ≥ L, L > U, U = G, I < G

After combining: C ≥ L > U = G > I

I. C > U → True (C ≥ L > U = G > I → C > U)

II. C < U → False (C ≥ L > U = G > I → U < C)

Hence, only conclusion I is true.

I. G < L → False (N < E = L ≤ G = S → L ≤ G)

II. E = G → False (N < E = L ≤ G = S → E ≤ G)

Hence, Neither I nor II is true

Here, friends are G, H, I, J, K, L, M and N.

1. M sits second to the right of the one who sits immediate right to K.

2. N sits second to the right of K. 

3. N is the neighbor of H and G.

4. H does not sit immediate right to K.

5. Two persons sit between G and J.

6. L and I sit immediate left to each other.

7. J sits to the left of I and both of them facing same direction. Therefore, case 1 is eliminated. Hence, the final arrangement is as follows

Hence, N sits opposite to I.

Here, friends are G, H, I, J, K, L, M and N.

1. M sits second to the right of the one who sits immediate right to K.

2. N sits second to the right of K. 

3. N is the neighbor of H and G.

4. H does not sit immediate right to K.

5. Two persons sit between G and J.

6. L and I sit immediate left to each other.

7. J sits to the left of I and both of them facing same direction. Therefore, case 1 is eliminated. Hence, the final arrangement is as follows

Since, H sits immediate left to J. Therefore, statement I is correct.

N sits immediate right not left to H. Therefore, statement II is incorrect.

H and K faces in opposite direction not same direction. Therefore, statement III is incorrect.

Hence, the correct statement is Only I.

Here, friends are G, H, I, J, K, L, M and N.

1. M sits second to the right of the one who sits immediate right to K.

2. N sits second to the right of K. 

3. N is the neighbor of H and G.

4. H does not sit immediate right to K.

5. Two persons sit between G and J.

6. L and I sit immediate left to each other.

7. J sits to the left of I and both of them facing same direction. Therefore, case 1 is eliminated. Hence, the final arrangement is as follows

Since, each pair represents persons sitting opposite to each other except whereas N and L do not sit opposite to each other.

Hence, the odd one NL.

Here, friends are G, H, I, J, K, L, M and N.

1. M sits second to the right of the one who sits immediate right to K.

2. N sits second to the right of K. 

3. N is the neighbor of H and G.

4. H does not sit immediate right to K.

5. Two persons sit between G and J.

6. L and I sit immediate left to each other.

7. J sits to the left of I and both of them facing same direction. Therefore, case 1 is eliminated. Hence, the final arrangement is as follows

Since, K faces outward direction. Therefore, statement I is correct.

H sits second to the right of L. Therefore, statement II is correct.

G and N sits immediate left to each other. Therefore, statement III is correct.

Hence, the incorrect statement is none of these.

Here, friends are G, H, I, J, K, L, M and N.

1. M sits second to the right of the one who sits immediate right to K.

2. N sits second to the right of K. 

3. N is the neighbor of H and G.

4. H does not sit immediate right to K.

5. Two persons sit between G and J.

6. L and I sit immediate left to each other.

7. J sits to the left of I and both of them facing same direction. Therefore, case 1 is eliminated. Hence, the final arrangement is as follows

Since, M sits third to the right of J and G sits second to the left of M.

Hence, the correct answer is G.

Given word:- INTRODUCE

 

Since, 'O' comes sixth from the left end.

Hence, the correct answer is 'O'.

Given series is: (Left) X L 5 I € V O 7 % R G $ M 4 J D # P 8 K @ 1 0 E U 2 α 6 X 9 H (Right)

11^th from the left → G

15^th from right → #

Terms between G and # are $, M, 4, J, D and 4 is exactly in middle of them.

Hence, 4 is the correct answer.

Given series is: (Left)  X L 5 I € V O 7 % R G $ M 4 J D # P 8 K @ 1 0 E U 2 α 6 X 9 H            (Right)

20^th element from the left = K

9^th element to the left of K = G

(Left)   X L 5 I € V O 7 % R G $ M 4 J D # P 8 K @ 1 0 E U 2 α 6 X 9 H          (Right)

Hence, G is the correct answer.

Given series is: X L 5 I € V O 7 % R G $ M 4 J D # P 8 K @ 1 0 E U 2 α 6 X 9 H

Arrangement required: Consonant → Symbols → Number

(Left)   X L 5 I € V O 7 % R G $ M 4 J D # P 8 K @ 1 0 E U 2 α 6 X 9 H           (Right)

Hence, only one such pair is there, i.e. K @ 1.