Home
Class 7
MATHS
Isosceles triangle have line symmetry b...

Isosceles triangle have line symmetry but no rotational symmetry.

Text Solution

Verified by Experts

The correct Answer is:
True
Promotional Banner

Topper's Solved these Questions

  • SYMMETRY

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

  • SYMMETRY

    NAND LAL PUBLICATION|Exercise ADDITIONAL QUESTIONS FOR PRACTICE (Objective Type Question) Long Answer Type Questions |3 Videos

  • SYMMETRY

    NAND LAL PUBLICATION|Exercise ADDITIONAL QUESTIONS FOR PRACTICE (Objective Type Question) Fill in the blanks |5 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

Name the two gemetrical shapes which have line of symmetry and no rotational symmetry.

Draw, wherever possible, a rough sketch of a triangle with only line symmetry and no rotational symmetry of order more than 1.

Draw two alphabets which show line of symmetry but no rotational symmetry.

Name the two geometrical shapes which have no line of symmetry nor rotational symmetry.

Name any two figures that have both line symmetry and rotational symmetry.

Draw two letter of English alphabet which have (a) both line as well as rotational symmetry (b) line of symmetry but no rotational symmetry (c) Rotational symmetry but no line of symmetry (d) Neither line of symmetry nor rotational symmetry.

Draw, wherever possible, a rough sketch of a quadrilateral with line symmetry but not a rotational symmetry of order more than 1.

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.