To balance out an even weight. each face of the structure is the same making each side equally weighing the same. ( giving the structure a centre of gravity).
It can have multiple peaks, but most symmetrical distributions do not.
No, most quadrilaterals are not.
a circle has infinite line of symmetry, if you spin it, it has still got infinite linesso yes it is symmetrical
is a arrow symmetrical
No. Socks are not symmetrical.
Eyes, nose, ears, face in general, legs, arms...
a cirle is considered as the most symmetrical of all mathematical curve.
It can have multiple peaks, but most symmetrical distributions do not.
No, most quadrilaterals are not.
Most jellys are axially symmetrical. Let's do a quick "thingie" to see what that is. Picture a dinner plate on a table. Stand a candlestick on it in the middle. That candlestick is the axis here, and the plate is symmetrical around or about the candlestick. Most jellys are symmetrical in that way.
Most light bulbs are symmetrical because it is easier to manufacture symmetrical objects, and because the light from a symmetrical bulb is emitted in a symmetrical pattern. However, light bulbs do not have to be symmetrical and some non-symmetrical bulbs are made for special purposes. Generally, it is only symmetrical across only one axis. If you divide from globe to base in the direct center, the other half should be the same.
a circle has infinite line of symmetry, if you spin it, it has still got infinite linesso yes it is symmetrical
Symmetrical Balance
Symmetrical balance.
Most biological membranes are asymmetrical
The Taj Mahal in India
None. Even the most symmetrical face is not totally symmetrical. And since the heart, stomach, liver etc are on one side of the body, the internal organs are certainly not symmetrical.