ORDER AND RANKING CLASS 8A

In a row of boys, Raghav is fifth from the left end and Sourav is eleventh from the right end

If Raghav is twenty fifth from the right end, then how many boys are there between Raghav

and Sourav?

• 13

• 24

• 14

• 17

Five boys took part in a race. Raj finished before Mohit but behind Garv. Avinash finished

before Sumit but behind Mohit. Who finished the race at second position?

• Raj

• Garv

• Mohit

• Avinash

Sumit is fourteenth from the right end in a row of 35 boys. If first two boys from the left end

leave the row, then what is Sumit's position from the left end?

• 20

• 21

• 23

• 22

In a row of girls, if Arpita is twelfth from the left end and fifth from the right end, then how

many girls should join the row such that there are 30 girls in the row?

• 12

• 13

• 14

• 20

In a row of 40 boys, Satish is 10th to the right of Rohan and Kewal is 10th to the left of Vilas.

If Vilas is twenty-sixth from the left end and there are three boys between Kewal and Satish, then what is the position of Rohan in the row?

• 10h from the right end

• 10th from the left end

• 39th from the right end

• Data inadequate

Five boys took part in a race. Manish finished before Yash but after Gaurav. Avinash finished .Five

before Yogesh but after Yash. Who finished the race at second position?

• Manish

• Gaurav

• Yash

• Yogesh

The position of how many letters in the word BRAKES remains unchanged, when they are

arranged in alphabetical order?

• 1

• 2

• 3

• 4

17.The positions of how many letters in the word WONDERFUL will remain unchanged, when the

etters within the word are arranged alphabetically?

• None

• One

• Two

• Three

Raman is 7 ranks ahead of Manoj in a class of 39. If Manoj's rank is seventeenth from the last,

what is Raman's rank from the start?

• 14

• 15

• 16

• 18

Arrange the given words in a meaningful sequence and select the correct option.

1. Probation 2. Interview 3. Advertisement 4. Selection

5. Application

• 3,5,2, 1,4

• 3, 5, 2, 4,1

• 3,5, 4, 2,1

• 3, 2,5, 4, 1