Yes. a kite is one of them
It is a regular pentagon!
An octagon has 8 sides and a quadrilateral has 4 sides.An octagon has 8 - 4 = 4 more sides than a quadrilateral.
It means that if you copy the shape on a piece of wax paper and you put the wax paper on the normal paper to match it up, you put a sharp object such as a pencil or pen and you rotate the wax paper you will be able to match the wax paper shape up to the normal paper shape even if the wax paper has been spun.
a quadrilateral has 4 sides a hexagon has 6 sides so it's 6/4=1.5
A general quadrilateral or a kite.
not possible
A parallelogram.
Yes. A circle has infinitely many lines of symmetry and it also has rotational symmetry of infinite order.
Yes there is...bet you wanna know which one too? A kite with a cross piece is more than halfway up has only has one line of symmetry.
Yes it does. X can be halved in more than one way, making this letter highly capable of having rotational symmetry.
Isosceles triangle, kite. -improvement: an isosceles triangle actually has three lines of symmetry, equal to the number of sides. It is easy to design irregular polygons with an odd number of sides that have just one line of symmetry. A parabola. Many more functions that are more complex - cardioid, for example.
Oh, dude, line symmetry is when you can fold a shape in half and both sides match up perfectly, like a beautiful butterfly. Point symmetry is basically when a shape looks the same even after you give it a little spin, like a merry-go-round that never gets dizzy. So, like, line symmetry is all about folding, and point symmetry is more about twirling.
yes, it has a rotational symmetry of 180 degrees, and of course 360. like if you flipped it upside down, then put it on top of the other one it would look the same. just not a lowercase.
A symmetrical shape is said to have line symmetry. A shape that has line symmetry can have one or more lines of symmetry
Rotational symmetry is when you turn or rotate a shape and it still looks the same. A circle is the most common answer. However, it you rotate a square about 90 degrees, it still looks the same, so it is considered rotational symmetry. Technically, any shape can have rotational symmetry because it you rotate it 360 degrees, it still looks the same.Definition of rotational symmetry:Generally speaking, an object with rotational symmetry is an object that looks the same after a certain amount of rotation. An object may have more than one rotational symmetry; for instance, if reflections or turning it over are not counted. The degree of rotational symmetry is how many degrees the shape has to be turned to look the same on a different side or vertex. It can not be the same side or vertex.
"Displayed" is not a type of symmetry.There are two types of symmetry:Reflectional (or mirror) in which a line can be placed on a shape in such a way that if the shape was folded along that line the two halves would match exactly. For example the letter W has a line of symmetry that runs vertically down its middle which allows the two halves to be folded onto each other to form a single V. The line is like placing a mirror on the shape.Rotational symmetry in which a shape is rotated about some point and fits back onto its initial position; in this case, the rotational symmetry is the number of times the shape fits onto its initial position when turning around 360°. When I was at school every shape had a rotational symmetry of at least 1 as the shape must fit back onto itself once it has turned 360°, however now it appears that it has changed so that if a shape only fits onto itself after a complete rotation it has no rotational symmetry, or a rotational symmetry of 0, but if it fits more than once, then the final fit counts, eg a rectangle has a rotational symmetry of 2 as it fits back onto itself after 180° and 360°.
It has 5 sides It has 5 angles The sum of the interior angles is 540° All angles are not the same measure The sides may, or may not, all be the same length. It will not have line symmetry of 5 It has no rotational symmetry (called rotational symmetry of 1 when I was at school).