It has rotational symmetry of order 2.
Nah
no
no
seem
Pentagons can be symmetrical, but are not always so.
The space it occupies isn't symmetrical.
No but capital H is a symmetrical letter
a circle has an infinite amount of symmetrical lines. everywhere you put a line through a circle, it will be symmetrical.
no
no the letter j is not symmetrical
"N" is not symmetrical because you cannot hold it up to a mirror and read it properly, so it fails right-left symmetry. The letter "A" or "T" however are both right-left symmetrical, they look the same way in a mirror.
The upper case N has no line of symmetry because if you cut the N in half in any ways it will still not be symmetrical.
Thomas N. Hatziathanasiou has written: 'Optimum symmetrical number system phase sampled direction finding antenna architectures'
is a arrow symmetrical
No. Socks are not symmetrical.
No but an isosceles trapezoid is symmetrical.
Yes, it is symmetrical
The capital letter N is symmetrical. The line of symmetry is diagonal. However, the lower case n is not symmetrical. No, it is not. Just try drawing an N on a piece of paper then try to find a way to fold it so one half lies exactly on the other half. It can't be done. You will get a figure that looks sort of like _\| Yes it can. I just tried it. It just depends how you draw the N. I didn't cheat by drawing it weirdly by the way. I just did it so it filled up the whole square of paper. It works on a square, cause all the sides are the same length. It would probably not work on an A4 sheet. But it is symmetrical. The 2 halves are are triangles.
The only letter that wouldn't truly be considered symmetrical would be N because if you tried splitting it in a certain direction, it would not look the same on both sides. However, E V A and D are symmetrical. You can split E and D sideways and split V and A vertically. These letters would have to be capitalized in order for them to be symmetrical like this.
The space it occupies isn't symmetrical.
It's horizontally symmetrical.