Vidaara.orgClass 2 · Mathematics
CodeVID-M2-17-CT
Symmetry — Full Chapter Test
Name: ____________________
Roll No.: __________
Date: ____________
General Instructions
- This is a full-length test covering the whole chapter — every topic is included.
- All questions are compulsory.
- Section A carries 1 mark each, Section B 2 marks, Section C 3 marks and Section D 5 marks.
- Show all working for Sections B, C and D. Only final answers are given at the end — for full solutions, raise your doubts with your teacher.
Section A — Multiple Choice Questions
5 × 1 = 5 marks
1.
A line of symmetry divides a shape into two:
- A.different parts
- B.matching halves
- C.circles
- D.corners
2.
A square has how many lines of symmetry?
- A.$1$
- B.$2$
- C.$4$
- D.$0$
3.
A shape is symmetrical if both halves ___ when folded.
- A.differ
- B.match
- C.vanish
- D.grow
4.
A rectangle has how many lines of symmetry?
- A.$1$
- B.$2$
- C.$3$
- D.$4$
5.
A circle has how many lines of symmetry?
- A.$0$
- B.$1$
- C.$2$
- D.many
Section B — Short Answer (2 marks)
4 × 2 = 8 marks
6.
How many lines of symmetry does a square have?
7.
Does a circle have symmetry?
8.
If a shape's two halves match when folded, it is:
9.
How many lines of symmetry does a rectangle have?
Section C — Short Answer (3 marks)
4 × 3 = 12 marks
10.
How many lines of symmetry does an equilateral triangle have?
11.
Does the letter H have a line of symmetry?
12.
How many lines of symmetry does a circle have?
13.
Name a shape with exactly $4$ lines of symmetry.
Section D — Long Answer (5 marks)
2 × 5 = 10 marks
14.
State the number of lines of symmetry for a square, a rectangle and an equilateral triangle.
15.
Name two capital letters that have a line of symmetry and one that does not.
Answer Key
Section A — Multiple Choice Questions
- (B) matching halves
- (C) $4$
- (B) match
- (B) $2$
- (D) many
Section B — Short Answer (2 marks)
- $4$.
- Yes.
- Symmetrical.
- $2$.
Section C — Short Answer (3 marks)
- $3$.
- Yes.
- Many (infinite).
- A square.
Section D — Long Answer (5 marks)
- $4$, $2$, $3$.
- Have: A, H; does not: F.
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