MCQ Questions for Class 8 Maths: Ch 12 Exponents and Powers 1. Multiplicative inverse of 7-2 is _________ (a) 49 (b) 5 (c) 7 (d) -14 ► (a) 49 2. (am)n is equal to (a) am+n (b) am-n (c) amn (d) an-m
Read MoreMCQ Questions for Class 8 Maths: Ch 11 Mensuration 1. In a quadrilateral, half of the product of the sum of the lengths of parallel sides and the parallel distance between them gives the area of (a) rectangle (b) parallelogram
Read MoreMCQ Questions for Class 8 Maths: Ch 10 Visualising Solid Shapes 1. Which is the three-dimensional figure formed by rotating a triangle? (a) Cone (b) Quadrilateral (c) Prism (d) Square ► (a) Cone 2. How many congruent edges does a
Read MoreMCQ Questions for Class 8 Maths: Ch 9 Algebraic Expressions and Identities 1. Expressions consists of _____________ and _______________. (a) variables, constants (b) identities (c) expressions (d) none of these ► (a) variables, constants 2. Which of the following is
Read MoreMCQ Questions for Class 8 Maths: Ch 8 Comparing Quantities 1. Find the ratio of speed of a cycle 15 km per hour to the speed of scooter 30 km per hour. (a) It is 1:2 (b) It is 1:3
Read MoreMCQ Questions for Class 8 Maths: Ch 7 Cubes and Cube Roots 1. Ones place digit in the cube of 5832 is ______.(a) 5(b) 7(c) 2(d) 8► (d) 8 2. What is the cube of double of ‘a’?(a) 16a3(b) 2a(c)
Read MoreMCQ Questions for Class 8 Maths: Ch 6 Squares and Square Roots 1. Find the least number that must be subtracted from 5607 so as to get a perfect square. (a) 130 (b) 135 (c) 131 (d) none of these
Read MoreMCQ Questions for Class 8 Maths: Ch 5 Data Handling 1. In the class- interval 70-80, 80 is the (a) upper limit (b) frequency (c) range (d) lower limit ► (a) upper limit 2. If a coin is flipped in
Read MoreMCQ Questions for Class 8 Maths: Ch 4 Practical Geometry 1. A parallelogram whose all sides are equal is called ________. (a) triangle (b) trapezium (c) square (d) rectangle ► (c) square 2. What do we require to construct a
Read MoreMCQ Questions for Class 8th Maths: Ch 3 Quadrilaterals 1. The sum of all the angles of a quadrilateral is equal to: (a) 180° (b) 270° (c) 360° (d) 90° ► (c) 360° 2. A diagonal of a parallelogram divides it into two congruent:
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