Question 11 Mark
Copy the following on a squared paper and compute then in such a way that the dotted line is the line of symmetry.
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1 Mark Question
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Question 21 Mark
Trace the following figure and draw the lines of symmetry. If any:
Question 31 Mark
Trace the following figure and draw the lines of symmetry. If any:
Question 41 Mark
Find the number of line of symmetry in the following shape:
Question 51 Mark
On a squared paper, sketch the following:
A triangle with a horizontal line of symmetry but no vertical line of symmetry.
A triangle with a horizontal line of symmetry but no vertical line of symmetry.
Answer
View full question & answer→A triangle with a horizontal line of symmetry but no vertical line of symmetry:
Question 61 Mark
Can you draw a triangle having:
Exactly two line of symmetry.
Exactly two line of symmetry.
Answer
View full question & answer→Exactly two line of symmetry:
No
No
Question 71 Mark
Find the lines of symmetry for the following shape:
Question 81 Mark
Copy the following drawing on a paper and compute it in such a way that resulting figure has two dotted lines as two lines of symmetry:
Question 91 Mark
Trace the following figure and draw the lines of symmetry. If any:
Question 101 Mark
On a squared paper, sketch the following:
A hexagon with exactly six lines of symmetry.
A hexagon with exactly six lines of symmetry.
Answer
View full question & answer→A hexagon with exactly six lines of symmetry:
Question 111 Mark
On a squared paper, sketch the following:
A quadrilateral with both horizontal and vertical lines of symmetry.
A quadrilateral with both horizontal and vertical lines of symmetry.
Answer
View full question & answer→A quadrilateral with both horizontal and vertical lines of symmetry:
Question 121 Mark
Find the lines of symmetry for the following shape:
Question 131 Mark
State whether the following statement is true or false:
A pentagon with more than one line of symmetry must be regular.
A pentagon with more than one line of symmetry must be regular.
Answer
View full question & answer→True.Solution:
Question 141 Mark
State whether the following statement is true or false:
A right-angled triangle can have at most two lines of symmetry.
A right-angled triangle can have at most two lines of symmetry.
Answer
View full question & answer→True.Solution:
If it is an isosceles right angle triangle, then it can have only one line of symmetry at the most. Otherwise, a right angle triangle has no line of symmetry.
If it is an isosceles right angle triangle, then it can have only one line of symmetry at the most. Otherwise, a right angle triangle has no line of symmetry.
Question 151 Mark
Can you draw a triangle having:
Exactly one line of symmetry.
Exactly one line of symmetry.
Answer
View full question & answer→Exactly one line of symmetry:
Yes; isosceles triangle
Yes; isosceles triangle
Question 161 Mark
Find the lines of symmetry for the following shape:
Question 171 Mark
Trace the following figure and draw the lines of symmetry. If any:
Question 181 Mark
Find the lines of symmetry for the following shape:
Question 191 Mark
On a squared paper, sketch the following:
A quadrilateral with horizontal but no vertical lines of symmetry.
A quadrilateral with horizontal but no vertical lines of symmetry.
Answer
View full question & answer→A quadrilateral with horizontal but no vertical lines of symmetry:
Question 201 Mark
Trace the following figure and draw the lines of symmetry. If any:
Question 211 Mark
Can you draw a triangle having:
No lines of symmetry.
No lines of symmetry.
Answer
View full question & answer→No line of symmetry: Yes; scalene triangle
Question 221 Mark
Can you draw a triangle having:
Three line of symmetry.
Three line of symmetry.
Answer
View full question & answer→Three line of symmetry:
Yes; equilateral triangle
Yes; equilateral triangle
Question 231 Mark
A rhombus is symmetrical about:
- Each of its diagonals
- The line joining the mid-points of its opposite sides
- Perpendicular bisectors of each of its side
- None of these
Answer
View full question & answer→- Each of its diagonals
Question 241 Mark
On a squared paper, sketch the following:
A hexagon with exactly two lines of symmetry.
A hexagon with exactly two lines of symmetry.
Answer
View full question & answer→A hexagon with exactly two lines of symmetry:
Question 251 Mark
Trace the following figure and draw the lines of symmetry. If any:
Question 261 Mark
State whether the following statement is true or false:
A pentagon with one line of symmetry can be drawn.
A pentagon with one line of symmetry can be drawn.
Answer
View full question & answer→True.Solution:
Question 271 Mark
Copy the following drawing on a paper and compute it in such a way that resulting figure has two dotted lines as two lines of symmetry:
Question 281 Mark
Find the lines of symmetry for the following shape:
Question 291 Mark
Find the number of line of symmetry in the following shape:
Question 301 Mark
Copy the following on a squared paper and compute then in such a way that the dotted line is the line of symmetry.
Question 311 Mark
State whether the following statement is true or false:
A pentagon with more than one line of symmetry must be regular.
A pentagon with more than one line of symmetry must be regular.
Answer
View full question & answer→True.Solution:
Question 321 Mark
Copy the following on a squared paper and compute then in such a way that the dotted line is the line of symmetry.
Question 331 Mark
Find the number of line of symmetry in the following shape:
Question 341 Mark
State whether the following statement is true or false:
An isosceles triangle with more than one line of symmetry must be an equilateral triangle.
An isosceles triangle with more than one line of symmetry must be an equilateral triangle.
Answer
View full question & answer→True.Solution:
If an isosceles triangle has no more than one line of symmetry, then it must be an equilateral triangle. This is because an equilateral triangle has three lines of symmetry, and a triangle other than that cannot have two lines of symmetry.
If an isosceles triangle has no more than one line of symmetry, then it must be an equilateral triangle. This is because an equilateral triangle has three lines of symmetry, and a triangle other than that cannot have two lines of symmetry.
Question 351 Mark
Find the number of line of symmetry in the following shape:
Question 361 Mark
Copy the following drawing on a paper and compute it in such a way that resulting figure has two dotted lines as two lines of symmetry:
Question 371 Mark
Copy the following on a squared paper and compute then in such a way that the dotted line is the line of symmetry.
Question 381 Mark
Find the number of line of symmetry in the following shape:
Question 391 Mark
Copy the following on a squared paper and compute then in such a way that the dotted line is the line of symmetry.
Question 401 Mark
Copy the following on a squared paper and compute then in such a way that the dotted line is the line of symmetry.
Question 411 Mark
Copy the following drawing on a paper and compute it in such a way that resulting figure has two dotted lines as two lines of symmetry:
Question 421 Mark
Find the lines of symmetry for the following shape:
Question 431 Mark
Copy the following drawing on a paper and compute it in such a way that resulting figure has two dotted lines as two lines of symmetry:
Question 441 Mark
Copy the following drawing on a paper and compute it in such a way that resulting figure has two dotted lines as two lines of symmetry:
Question 451 Mark
Find the lines of symmetry for the following shape:
Answer
View full question & answer→In given figure, there is no option to draw symmetric lines.
Question 461 Mark
Find the lines of symmetry for the following shape:
Answer
View full question & answer→In given figure, there is no option to draw symmetric lines.
Question 471 Mark
State whether the following statement is true or false:
A pentagon with more than one line of symmetry must be regular.
A pentagon with more than one line of symmetry must be regular.
Answer
View full question & answer→True.Solution:
