Home
Class 7
MATHS
Number of times a figure fits on to itse...

Number of times a figure fits on to itself in one full turn is called order of rotation.

Promotional Banner

Topper's Solved these Questions

  • SYMMETRY

    NAND LAL PUBLICATION|Exercise ADDITIONAL QUESTIONS FOR PRACTICE (Objective Type Question)True or False |6 Videos
  • SYMMETRY

    NAND LAL PUBLICATION|Exercise ADDITIONAL QUESTIONS FOR PRACTICE (Objective Type Question) Short Answer Type Questions |5 Videos
  • SYMMETRY

    NAND LAL PUBLICATION|Exercise EXERCISE 14.3|7 Videos
  • SIMPLE EQUATIONS

    NAND LAL PUBLICATION|Exercise SAMPLE PAPER FOR PRACTICE|23 Videos
  • THE TRIANGLE AND ITS PROPERTIES

    NAND LAL PUBLICATION|Exercise Sample Paper for Practice |9 Videos

Similar Questions

Explore conceptually related problems

Which of the following figures have rotational symmetry about the marked point (xx) give the angle of rotation and order of the rotation of the figures.

Which of the following figures have rotational symmetry about the marked point (xx) give the angle of rotation and order of the rotation of the figures.

Which of the following figures have rotational symmetry about the marked point (xx) give the angle of rotation and order of the rotation of the figures.

Which of the following figures have rotational symmetry about the marked point (xx) give the angle of rotation and order of the rotation of the figures.

Which of the following figures have rotational symmetry about the marked point (xx) give the angle of rotation and order of the rotation of the figures.

Angle of rotation of a figure is obtained by dividing 360^(@) by order of rotational symmetry.

Following shapes have both, line symmetry and rotational symmetry. Find the number of lines of symmetry, centre of rotation and order of rotational symmetry.

Following shapes have both, line symmetry and rotational symmetry. Find the number of lines of symmetry, centre of rotation and order of rotational symmetry.

Following shapes have both, line symmetry and rotational symmetry. Find the number of lines of symmetry, centre of rotation and order of rotational symmetry.