no
A pentagon can have 0, 1 or 2 pairs of parallel lines. It can have 0 to 4 lines perpendicular to an adjacent line. A rhombus must have two pairs of parallel lines and none of them may be perpendicular to any other.
Yellow
Its Impossible. For there to be a shape where all five lines meet perfectly and there to be two pairs of perpendicular sides, there must three right angles. Alternitavely, you could have 1 pair of perpendicular lines and two rights angles, but certainly not both.
A hexagon has three pairs of parallel sides. A pentagon has no lines parallel. Above answer is correct but only if they are regular hexagon and pentagons. A non-regular hexagon can have as little as none parallel lines. A non-regular pentagon can have two parallel lines.
A diamond shape typically has four sides and four angles. In a standard diamond (or rhombus), two pairs of opposite angles are equal, and the diagonals intersect at right angles, making them perpendicular to each other. Therefore, a diamond has two pairs of perpendicular lines formed by its diagonals.
A pentagon can have 0, 1 or 2 pairs of parallel lines. It can have 0 to 4 lines perpendicular to an adjacent line. A rhombus must have two pairs of parallel lines and none of them may be perpendicular to any other.
No, a pentagon is not perpendicular. The word perpendicular describes two lines (or line segments) that meet at a 90o angle.
Perpendicular: No Parallel: Yes, two pairs.
Two lines that are perpendicular to the same plane are coplanar. This means that they lay on the same plane.
Yellow
One. There's actually two...
Its Impossible. For there to be a shape where all five lines meet perfectly and there to be two pairs of perpendicular sides, there must three right angles. Alternitavely, you could have 1 pair of perpendicular lines and two rights angles, but certainly not both.
A hexagon has three pairs of parallel sides. A pentagon has no lines parallel. Above answer is correct but only if they are regular hexagon and pentagons. A non-regular hexagon can have as little as none parallel lines. A non-regular pentagon can have two parallel lines.
A diamond shape typically has four sides and four angles. In a standard diamond (or rhombus), two pairs of opposite angles are equal, and the diagonals intersect at right angles, making them perpendicular to each other. Therefore, a diamond has two pairs of perpendicular lines formed by its diagonals.
At least two pairs: they form the outer rectangle which represents the "universe".
Coordinate planes
A diamond shape, or rhombus, has two pairs of perpendicular lines. The diagonals of the diamond intersect at right angles, creating four right angles at the intersection point. Thus, while there are two sets of diagonals, the key perpendicular lines are the diagonals themselves.