0 is symmetrical because when something is symmetrical it can be split down the middle and have two symmetrical sides or two sides that look the same. If you draw your ones like a straight line then it could be symmetrical depending on your teacher. If your teacher allows you to make your symmetrical lines going horizontal instead of vertical then 3 would also be symmetrical. F.Y.I if you don't trust a enrichment middle schooler who has learned this recently then don't use this information
No, it is not. The y-intercept is the point where a function is evaluated as x=0. The point symmetrical to that is the one the same distance from the origin along the y-axis. For example, in the function y = 3x + 2, the y=intercept is (0,2) and the point symmetrical to that is (0,-2) Also, the x-intercept is when y=0 (solving for x) ■
There is no difference because watch this ... 3 0
It depends on the quadrilateral. The max number is 4, but the min is 0.
No. Socks are not symmetrical.
0 is symmetrical because when something is symmetrical it can be split down the middle and have two symmetrical sides or two sides that look the same. If you draw your ones like a straight line then it could be symmetrical depending on your teacher. If your teacher allows you to make your symmetrical lines going horizontal instead of vertical then 3 would also be symmetrical. F.Y.I if you don't trust a enrichment middle schooler who has learned this recently then don't use this information
Look: 0 1 2 3 4 5 6 7 8 9 0 is doubly symmetrical (horizontal and vertical axes) 3 is almost symmetrical about the horizontal axis 8 is almost doubly symmetrical 1 is almost symmetrical, and is truly symmetrical in some sans-serif fonts (but not in all languages: cursive French has a long leading stoke on the left)
No, it is not. The y-intercept is the point where a function is evaluated as x=0. The point symmetrical to that is the one the same distance from the origin along the y-axis. For example, in the function y = 3x + 2, the y=intercept is (0,2) and the point symmetrical to that is (0,-2) Also, the x-intercept is when y=0 (solving for x) ■
There is no difference because watch this ... 3 0
It depends on the quadrilateral. The max number is 4, but the min is 0.
Yes. It has two lines of symmetry - horizontal and vertical. It also has rotational symmetry.
No. Socks are not symmetrical.
is a arrow symmetrical
No but an isosceles trapezoid is symmetrical.
Yes, it is symmetrical
Pentagons can be symmetrical, but are not always so.
The space it occupies isn't symmetrical.