If its an isosceles triangle it has 1 line of symmetry but if its an equilateral triangle it has 3 lines of symmetry
A figure has rotational symmetry if you can turn it about a figure.
Same length, same width, same size, same shape
tell whether the measure could represent the perimeter or the area of a figure
A vertical line can be used to test whether or not a graph is a function.
You turn it a quarter to see if it still has a line of symmetry.
If its an isosceles triangle it has 1 line of symmetry but if its an equilateral triangle it has 3 lines of symmetry
A figure has rotational symmetry if you can turn it about a figure.
Same length, same width, same size, same shape
tell whether the measure could represent the perimeter or the area of a figure
Oh, dude, it's called a diagonal. Yeah, like when you draw a line from one corner to the opposite corner of a square, that's the fancy term for it. It's like the square's way of saying, "I'm not just a boring ol' four-sided shape, I've got some flair with my diagonals."
A vertical line can be used to test whether or not a graph is a function.
chkcd
just talk to her. you'll probably figure out whether you click or not by just talking to her.
there is many ways such as using a mirror or just by looking its not hard. A triangle has 1 line of symmetry right down the biddle because when you fold it over the sides match up, its like folding paper because you can fold it portrait or landscape but you cant fold it diagonal (corner to corner)
i could tell by the look of her body ,that she new what symmetry was.
symmetry principles always tell us something important. They often provide the most valuable clues toward deciphering the underlying principles of the cosmos, whatever those may be. In this sense, therefore, symmetry is certainly fruitful. Whether or not some all-encompassing symmetry is the grand principle that will necessitate our "theory-of-everything" is still to be determined.