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What is the center of rotation of a square?
The point where the diagonals meet.
What quadrilateral has diagonals that meet perpendicularly?
A square, rhombus or a kite
What shapes have diagonals are perpindicular?
A square, a rhombus and a kite all have diagonals that are perpendicular and meet each other at right angles.
How do you find the middle point of a square?
-- Draw both diagonals. -- They intersect (meet and cross) at the midpoint of the square.
Can a perpendicular line can be in a square?
Yes because the 4 corners of a square are perpendicular in that they meet at right angles and also the diagonals of a square are perpendicular
What is the center of rotation of a square?
The point where the diagonals meet.
What quadrilateral has diagonals that meet perpendicularly?
A square, rhombus or a kite
What is the center of rotation for square?
Where the diagonals meet. Also where the perpendicular bisectors of the sides meet.
What shapes have diagonals are perpindicular?
A square, a rhombus and a kite all have diagonals that are perpendicular and meet each other at right angles.
A quadrilateral with unequal diagonals which meet at 90 degrees?
im a pretty square
How do you find the middle point of a square?
-- Draw both diagonals. -- They intersect (meet and cross) at the midpoint of the square.
What is the name of a rectangle whose diagonals meet at right angles?
A square if I'm correct
When can a rectangle be a rhombus?
A rectangle is a rhombus when its diagonals meet vertically so, when its diagonals are vertical to each other. Actually, this happens only when it's a square!
Can a perpendicular line can be in a square?
Yes because the 4 corners of a square are perpendicular in that they meet at right angles and also the diagonals of a square are perpendicular
What quality does a kite share with a rhombus and a square?
Their diagonals are mutually perpendicular - that is, they meet at right angles.
The diagonals of a square are perpendicular Explain?
A square is a plane (flat) shape whose boundaries are four straight lines of equal length such that these lines meet, in pairs, at four points (vertices). At these vertices they form angles of 90 degrees. The diagonals of the square are straight lines joining opposite vertices. These diagonals meet one another. The given statement means that the angles formed at the crossing points of the diagonals measure 90 degrees.
Do the diagonals in the hexagon meet at a right angle?
No, if they did the shape would be a square. The angle is more than 90 degrees.
