The pinwheel is symmetrical because its parts repeat around a central axis, creating balance. A cloud, however, lacks any repeating pattern or order, making it non-symmetrical and irregular in appearance. Class 6 Mathematics Ganita Prakash Symmetry Class 6 Mathematics Chapter 9 Symmetry ...
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Symmetrical objects include a flower, a rangoli, and the Taj Mahal, displaying balanced patterns. Non-symmetrical objects, like clouds, lack repetition and balance, appearing irregular and without a consistent pattern of symmetry. Class 6 Mathematics Ganita Prakash Symmetry Class 6 Mathematics Chapter 9 ...
To mark the resting position, place the magnet horizontally, allow it to come to rest, and mark the positions of both ends on the ground or paper. Join these marks to form a straight line. NCERT Textbook Curiosity Science Class ...
Symmetry is a property where parts of a figure repeat in a pattern, appearing balanced. It’s visible in nature, like in butterflies and flowers, where designs mirror or rotate to create harmony. Class 6 Mathematics Ganita Prakash Symmetry Class 6 Mathematics Chapter ...
The Koch snowflake has 6 lines of symmetry due to its fractal structure. It also exhibits 3 rotational angles of symmetry: 120°, 240°, and 360°, repeating its shape at these intervals. class 6 Mathematics Textbook Chapter 9 question answer class 6 Mathematics ...
The Ashoka Chakra has 24 spokes, so it has 24 lines of symmetry. It also has 24 angles of rotational symmetry that occur at multiples of 15° (15°, 30°, 45°, etc., up to 360°). class 6 Mathematics Textbook Chapter 9 question ...
The angles of symmetry for regular polygons are multiples of 360° divided by the number of sides. For example, a square has 4 angles of symmetry (90°, 180°, 270°, 360°), and a pentagon has 5. class 6 Mathematics Textbook Chapter 9 ...
Regular polygons have as many lines of symmetry as sides. An equilateral triangle has 3, a square has 4, a regular pentagon has 5, a regular hexagon has 6, and so on, up to the n-gon. Class 6 NCERT Ganita Prakash ...
Yes, the building has rotational symmetry around its center. The angles of rotational symmetry would likely be 90°, 180°, 270°, and 360°, as the building has symmetrical sections that repeat at these intervals. Class 6 NCERT Ganita Prakash Chapter 9 Symmetry class ...
Yes, the outer boundary of the new Parliament Building has reflection symmetry. Multiple lines of symmetry can divide it, passing through its central axis, ensuring identical mirrored halves on either side. Class 6 NCERT Ganita Prakash Chapter 9 Symmetry class 6 Mathematics ...