Question

HELP!! will give medal :)
Witch apply to a Square Rectangle Rhombus Parallelogram
1.The quadrilateral is equilateral
2.The quadrilateral is equiangular
3.Both pairs of opposite sides are congruent
4.Both pairs of opposite sides are parallel
5.The diagonals are congruent
6.the diagonals bisect each other
7.the diagonals are also angle bisectors
8.the diagonals are perpendicular to each other

Answer 1

An equilateral quadrilateral is a rhombus, which includes the square as a special case

Answer 2

ok

Answer 3

Just because it has 4 sides does not make it an equilateral quadrilateral. So not all quadrilaterals are equilateral quadrilaterals. Not sure if you want true/false on these.

Answer 4

No I need to indicate the description to the shape

Answer 5

1. square, rhombus because they are quadrilaterals (4 sides) and equilateral (sides are equal)

Answer 6

Ok

Answer 7

2.Square, Rectangle, because The quadrilateral (4 sides) is equiangular (all angles are 90 degrees)

Answer 8

Ok I get that

Answer 9

3. Square Rectangle Rhombus Parallelogram because Both pairs of opposite sides are equal to each other

Answer 10

ok I understand that

Answer 11

4 Square Rectangle Rhombus Parallelogram, Both pairs of opposite sides are parallel

Answer 12

5. Square The diagonals are congruent

Answer 13

6.Square Rectangle Rhombus Parallelogram the diagonals bisect each other

Answer 14

7.Square Rectangle Rhombus the diagonals are also angle bisectors

Answer 15

8.Square Rectangle Rhombus the diagonals are perpendicular to each other

Answer 16

OMG thank you so so so so so much very appreciate it :)

Answer 17

Those are the best answers I can give. I referenced wikipedia for each of these to confirm, but that's not to say I might have missed a property. If would recommend you review the properties of each in wikipedia as well:

http://en.wikipedia.org/wiki/Rhombus
http://en.wikipedia.org/wiki/Rectangle
http://en.wikipedia.org/wiki/Square_%28geometry%29
http://en.wikipedia.org/wiki/Parallelogram

Answer 18

You're welcome.