Ah, a cuboid is a special shape with 9 lines of symmetry. Each face of the cuboid has a line of symmetry running through its center, and there are additional lines of symmetry that go through the midpoints of each pair of opposite edges. It's a beautiful thing to observe the symmetry in nature and mathematics.
It depends on which type of cuboid we are talking about. If it is a CUBE (a special type of cuboid), then it has nine planes of symmetry. If it is a cuboid with length, width and height all different, then it has three planes of symmetry. If it is a cuboid with two equal measurements (say width and length), then it has five planes of symmetry.
Oh, dude, a cuboid has infinite rotational symmetry. I mean, like, you can rotate that bad boy any which way and it'll still look the same. So, you can spin it around and around until you get dizzy, and it's still gonna be a cuboid. Cool, right?
A figure has rotational symmetry when it can rotate onto itself in less than a full rotation.
both
it has 2
it has 2
it has 2
A diamond has two rotation symmetry. It is possible to have a diamond that does have four of rotation symmetry.
3
it has 5 planes of symmetry
im guessing 4
Ah, a cuboid is a special shape with 9 lines of symmetry. Each face of the cuboid has a line of symmetry running through its center, and there are additional lines of symmetry that go through the midpoints of each pair of opposite edges. It's a beautiful thing to observe the symmetry in nature and mathematics.
It depends on which type of cuboid we are talking about. If it is a CUBE (a special type of cuboid), then it has nine planes of symmetry. If it is a cuboid with length, width and height all different, then it has three planes of symmetry. If it is a cuboid with two equal measurements (say width and length), then it has five planes of symmetry.
A diamond has two rotation symmetry. It is possible to have a diamond that does have four of rotation symmetry.
Three axes of symmetry.
Yes