**Directions (1-5): In each of the questions given below, a group of letters is given followed by some combinations of number/symbol. You have to find out which of given combination correctly represents the group of letters based on the numbers/symbols codes and the conditions given below. If none of the given combinations represents the group of letters correctly, give (e) i.e. ‘None of these’ as the answer.**

**Condition for coding the group letters:**

(i) If the first letter is vowel and last letter is consonant, the codes for the first and the last letter are to be interchanged.

(ii) If the first as well as the last letter is vowel, then both are to be coded by the code for the first letter.

(iii) If the first as well as the last letter is consonant, then both are to be coded by the code for the last letter.

(iv) If the first letter is consonant and last letter is vowel, the codes for the first and the last letter are to be coded as ®.

**Q1. Find the code for ‘ILONXT’.**

(a) 3%07©#

(b) #%07©3

(c) 30%7©#

(d) 30%©7#

(e) None of these

**Q2. Find the code for ‘SZGTUW’.**

(a) 41@3^4

(b) 51@3^5

(c) 4@13^5

(d) 41@3^5

(e) None of these

**Q3. Find the code for ‘JPWHNO’.**

(a) ®&527®

(b) 8&527%

(c) 85&27®

(d) ®5&27®

(e) None of these

**Q4. Find the code for ‘IMHYO’.**

(a) #2* Ω#

(b) %*2 Ω%

(c) #*2 Ω%

(d) #*2 Ω#

(e) None of these

**Q5. Find the code for ‘MVJPZI’.**

(a) *8¥&1#

(b) *¥8&1#

(c) ®¥8&1®

(d) ®8&¥1®

(e) None of these

**Directions (6-10): Answer the questions based on the information given below.**

Eight persons M, N, O, P, Q, R, S and T sit at an equal distance from each other, around the square table facing towards the center. Each of them has different number of houses from 1 to 8. On the square table two persons sit on each side such that persons on opposite side face each other. Each of them moved from square table to a linear row such that all of them are facing north direction.

**Note:** Before rearrangement all of them sit at the square table, whereas after rearrangement all of them moved to the linear row.

Before rearrangement, M sits second to the right of P who has 1 house. R has double the number of houses of N. Before rearrangement, S sits immediate left of R but not on same side and none of them sit adjacent to P or M. Before rearrangement, T sits opposite to N who is not adjacent to P (from both sides of P). After rearrangement, M sits third to the left of S who does not sit at extreme end. After rearrangement one who has 8 houses sits immediate left of M. After rearrangement, N sits second from extreme left end. After rearrangement, O who has 5 houses, sits immediate left of Q who has 6 houses. Person who was sitting opposite to M before rearrangement now sits immediate left of N after rearrangement. Before rearrangement, Q does not sit second to the right of T.

**Q6. Who among the following has highest number of houses?**

(a) None of these

(b) N

(c) R

(d) T

(e) M

**Q7. Who sits second to the left of N before rearrangement?**

(a) T

(b) S

(c) O

(d) One who has one house

(e) None of these

**Q8. What is the sum of number of houses of M and S?**

(a) 5

(b) 6

(c) 10

(d) 16

(e) 8

**Q9. Who sits second to the right of R, after rearrangement?**

(a) T

(b) N

(c) M

(d) One who has 6 houses

(e) None of these

**Q10. What is the position of P with respect to N after rearrangement?**

(a) 4th to the right

(b) 5th to the left

(c) 6th to the right

(d) 6th to the left

(e) None of these

**Solutions**

**Solution (1-5):**

**S1. Ans. (c)**

**Sol.** Condition I is applied.

**S2. Ans. (b)**

**Sol.** Condition III is applied.

**S3. Ans. (a)**

**Sol.** Condition IV is applied.

**S4. Ans. (d)**

**Sol.** Condition II is applied.

**S5. Ans. (c)**

**Sol.** Condition IV is applied.