Mathematics Previous Year Questions 2026 | RRB JE

Mathematics - MOST IMPORTANT RRB JE Previous Year Questions

Practice real questions from previous year exams of RRB JE.

📘 Fractions and Decimals📚 Fraction Comparison and Ordering
Q1

Find the greatest among these fractions: 56,611,23,89,67\displaystyle \dfrac{5}{6}, \dfrac{6}{11}, \dfrac{2}{3}, \dfrac{8}{9}, \dfrac{6}{7}.

🎯 RRB JE - 01/06/2019 (Shift-III)
📘 Fractions and Decimals📚 Fraction Comparison and Ordering
Q2

Which of the following is the greatest?

🎯 RRB JE - 02/06/2019 (Shift-II)
📘 Fractions and Decimals📚 Fraction Comparison and Ordering
Q3

Arrange the following fractions in descending order:
56,37,89,314\displaystyle \dfrac{5}{6}, \dfrac{3}{7}, \dfrac{8}{9}, \dfrac{3}{14}

🎯 RRB JE - 22/05/2019 (Shift-III)
📘 Fractions and Decimals📚 Fraction Comparison and Ordering
Q4

Which of the following fractions are in descending order?

🎯 RRB JE - 26/06/2019 (Shift-III)
📘 Co-prime Numbers📚 Identifying Co-prime Numbers
Q5

Which of these fractions cannot be reduced further?
1421,3343,1824,4182\displaystyle \dfrac{14}{21}, \dfrac{33}{43}, \dfrac{18}{24}, \dfrac{41}{82}

🎯 RRB JE - 26/05/2019 (Shift-III)
📘 Fractions and Decimals📚 Fraction Comparison and Ordering
Q6

Which of the following fractions is greater than 7/12 and smaller than 11/16?

🎯 RRB JE - 27/06/2019 (Shift-I)
📘 Recurring Decimal Simplification📚 Recurring Decimal in BODMAS Expressions
Q7

Find the value of 0.36ˉ+0.723‾\displaystyle \bar{6} + 0.7\overline{23}.

🎯 RRB JE 18/12/2024 (Shift-III)
📘 Recurring Decimal Simplification📚 Mixed Recurring Decimal to Fraction
Q8

Evaluate: 0.623‾\displaystyle \overline{23}

🎯 RRB JE - 31/05/2019 (Shift-II)
📘 BODMAS with Decimals📚 Terminating Decimal BODMAS
Q9

Express the value of 35.63 - 47.058 + 10.36 - 24.28 + 5.316 ×5\displaystyle \times 5 as a vulgar fraction.

🎯 RRB JE 16/12/2024 (Shift-II)
📘 Basic Percentage Calculations📚 Decimal and Fractional Percentage Calculations
Q10

Express 445%+45%+0.45%\displaystyle \dfrac{44}{5}\% + \dfrac{4}{5}\% + \dfrac{0.4}{5}\% in the form of a decimal number.

🎯 RRB JE - 26/05/2019 (Shift-III)
📘 Divisibility Missing Digit and Number Formation📚 Finding Missing Multiple Digits for Divisibility
Q11

When 268 is added to 6K8, the result is 9P6. What is the least possible value of K and P for which 9P6 is divisible by 3?

🎯 RRB JE 18/12/2024 (Shift-III)
📘 Divisibility Rules📚 Divisibility by Composite Numbers
Q12

A six-digit number is divisible by 91. If 143 is added to this number, the resulting number is divisible by which of the following number?

🎯 RRB JE 17/12/2024 (Shift-II)
📘 Divisibility Missing Digit and Number Formation📚 Finding Missing Single Digit for Divisibility by 3 9 or 11
Q13

Find the value of K^2 - 3K, for which the number 58K764 is divisible by 11.

🎯 RRB JE 16/12/2024 (Shift-I)
📘 Basic Remainder and Product Remainder📚 Finding Dividend from Remainder Conditions
Q14

A student divided a number by 12 instead of 21 and received 35. Find the correct answer.

🎯 RRB JE - 26/05/2019 (Shift-II)
📘 Classification and Identification of Numbers📚 Smallest and Largest of Number Types
Q15

Find the largest two-digit prime number.

🎯 RRB JE - 23/05/2019 (Shift-II)
📘 Fractions and Decimals📚 Converting Recurring Decimals to Fractions
Q16

Denote 0.125‾\displaystyle \overline{125} as a rational number.

🎯 RRB JE - 25/05/2019 (Shift-I)
📘 Properties of Even Odd and Consecutive Numbers📚 Algebraic Expressions with Even and Odd
Q17

If x + y = 11, then (-1)^x + (-1)^y is equal to _______ (where x and y are whole numbers).

🎯 RRB JE - 23/05/2019 (Shift-I)
📘 Fractions and Decimals📚 Misc
Q18

From a cloth 30 m\displaystyle \text{ m} long, 12 pieces each measuring 225 cm\displaystyle \text{ cm} are cut and sold. How much is left of the original length?

🎯 RRB JE - 23/05/2019 (Shift-III)
📘 Factors Count Type and Properties📚 Total Number of Factors
Q19

Pick out the set that forms the factors of 36.

🎯 RRB JE - 27/05/2019 (Shift-III)
📘 Factors Count Type and Properties📚 Total Number of Factors
Q20

Which of these numbers has the highest number of divisors?

🎯 RRB JE - 23/05/2019 (Shift-I)