In the figure, l is the line of symmetry. Draw the image of the triangle and complete the diagram, so that it becomes symmetric.

Open in App

Solution

The line of symmetry is the imaginary line, when we fold the figure along the dotted line, the figure is exactly divided into two identical halves.
Considering $l$ as the line of symmetry, we get the figure as shown below:

Suggest Corrections

Similar questions

Question 6

In the figure, l is the line of symmetry. Draw the image of the triangle and complete the diagram, so that it becomes symmetric.

Question 5

In the figure, l is the line of symmetry. Complete the diagram to make it symmetric.

(a) In the figure below, can u determine if the pattern is symmetrical and if symmetrical how many lines of symmetry are possible for the following figure?

(b) Name a geometrical figure that has seven lines of symmetry. Draw a diagram showing the lines of symmetry.

Q. (a) Copy the diagram and complete each shape to be symmetric about the mirror line (s):

(b) Which kind of symmetry is illustrated in the image below?

[4 MARKS]

(a) Sonali's brother drew the following pattern on a graph sheet. Can u determine if the pattern is symmetrical and if symmetrical how many lines of symmetry are possible for the following figure?

(b) If a random diagram can be cut into two equal parts so that the two halves look like mirror images by seven lines, then how many lines of symmetry does it have? Draw such a diagram.

Join BYJU'S Learning Program

In the figure, l is the line of symmetry. Draw the image of the triangle and complete the diagram, so that it becomes symmetric.

The line of symmetry is the imaginary line, when we fold the figure along the dotted line, the figure is exactly divided into two identical halves. Considering l as the line of symmetry, we get the figure as shown below:

The line of symmetry is the imaginary line, when we fold the figure along the dotted line, the figure is exactly divided into two identical halves.
Considering $l$ as the line of symmetry, we get the figure as shown below: