Directions (1-5): **Bar graph given below shows total numbers of candidates who qualified in a given competitive examination from five different states during three given years. Read the following bar graph carefully and answer the questions given below.**

**Q1. What is the average of numbers of candidates who qualified from M, O, P and Q in the year 2019?**

(a) 360

(b) 350

(c) 420

(d) 300

(e) 400

**Q2. Find the ratio of number of candidates who qualified from N in the year 2020 to the number of candidates who qualified in M in the year 2018?**

(a) 3:2

(b) 2:5

(c) 5:3

(d) 3:1

(e) 1:4

**Q3. Total number of candidates who qualified from O and P together in the year 2018 is what percent less than total number of candidates who qualified in M, N and Q together in the year 2020?**

(a) 50%

(b) 20%

(c) 37.5%

(d) 33.3%

(e) 25%

**Q4. Find the difference between sum of number of candidates who qualified in Q in year 2019 & in state P in the year 2018 and the sum of number of candidates who qualified in state N in the year 2020 & in state O in the year 2019?**

(a) 850

(b) 700

(c) 550

(d) 350

(e) 950

**Q5. Total number of candidates who qualified in state P in the year 2021 is 62.5% more than that of candidates who qualified in previous year. Find the number of candidates who qualified in state P in the year 2021?**

(a) 510

(b) 530

(c) 610

(d) 650

(e) 630

Directions (6-10): **What approximate value should come in place of question (?) mark in the following questions.**

Directions (11 – 15): **In each of these questions a number series is given. In each series only one number is wrong. Find out the wrong number.**

**Q11. 206,209,203,216,191,239, 143**

(a) 209

(b) 206

(c) 216

(d) 143

(e) 191

**Q12. 990,976,948,906,855,780,696**

(a) 990

(b) 780

(c) 976

(d) 855

(e) 696

**Q13. 18,42,58,183,219,562,626**

(a) 18

(b) 42

(c) 219

(d) 562

(e) 626

**Q14. 19,20,42,129,520,2610,15636**

(a) 42

(b) 2610

(c) 520

(d) 15636

(e) 19

**Q15. 73,58,43,32,25,20,17**

(a) 32

(b) 43

(c) 58

(d) 25

(e) 20

**Solutions**