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Q: What is the name of a quadrilateral that has only 2 lines of symmetry?
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What is a quadrilateral that has one line of symmetry?

There is no quadrilateralthat has 1 line of symmetry as quadrilaterals have to have at least 1 line of symmetry.


Is the only quadrilateral with 2 lines of symmetry a rectangle?

no because other shapes have more such as a square


Quadrilateral with 4 right angles and 4 lines of symmerty?

A quadrilateral with 4 right angles can only be a rectangle or a square. A rectangle has only two lines of symmetry - the lines joining the midpoints of its opposite sides. So the answer cannot be a rectangle. A square has the same lines of symmetry as a rectangle, plus the two diagonals - 4 lines in all.


Does a hexagon have unlimited lines of symmetry?

no, it only has 6 lines of symmetry


What is a quadrilateral that has 4 lines of symmetry?

This is the square. In case you're wondering about the 4 lines of symmetry, they are a vertical line through the middle, a horizontal line across through the middle, and the two diagonal lines drawn in from corner to corner. Only the square will be symmetrical with any of those 4 lines.


What is a quadrilateral with only line symmetry?

A kite or an isosceles trapezoid


What type or types of quadrilateral has only rotational symmetry?

The quadrilateral would have to be a parallelogram which is not also a rectangle or a rhombus.


What is a shape with no lines of symmetry?

All convex polygons have lines of symmetry. Only concave (i.e. ones with sides that cave in) do not. If you are looking for a name of a shape that has no line of symmetry, then there aren't any with specific names.


How many lines of symmetry does a parallogram have?

Most parallelograms do not have any lines of symmetry. The only parallelograms that can have lines of symmetry are squares, rectangles, and rhombuses.


Is it possible for a quadrilateral to have three lines of symmetry?

It can't have exactly three (it can be a square and have four). Reflecting about a line of symmetry swaps at least two corners of the quadrilateral: a corner has to be symmetric to a corner, and if all four were symmetric to themselves, they'd all have to be on a line, which is impossible. Moreover, different lines of symmetry swap different pairs of corners. Once you pick two corners, there is only one line of symmetry which could possibly swap them - the perpendicular bisector of a segment drawn between the two corners. If two different corners are symmetric, that means that their angles are equal. So three lines of symmetry means that there are three pairs of corners with equal angles. Since there are only four corners total, the only way for this to happen is for all four corners to have equal angles. Then it's either a rectangle (which doesn't work - only two lines of symmetry) or a square (which has four lines of symmetry). Neither possibility has exactly three.


Which common quadrilateral has only 1 line of symmetry?

An isosceles trapezium.


How many lines of symmetry does the british flag have?

the British flag has no lines of symmetry it only has a point of symmetry (in the middle of the flag)