Yes the can I would look like __________ __________ Or in any other direction They would not be congruent if the touch or go different directions
One shape cannot be congruent: you need two (or more) shapes which can be congruent to each other.
A trapezoid is a quadrilateral with 2 congruent sides of a different length, the other are parallel to each other. So it looks like a triangle, but the pointed top of the triangles turns flat look below _________ / \ / \ /_____________\ <-- EXPERT DRAWLING SKILLS AT WORK PEOPLE!
rectangular prism.It has 6 faces and 12 edges. The 2 bases are congruent to each other, and the remaining 4 faces are congruent to each other, but the bases are not necessarily congruent to the other faces.
What the word congruent and circle have in common is that circles have a congruent radii. All of the radii in a single circle is congruent to each other.
no because isosceles triangles only have two congruent sides and the other one is different
You're fishing for "a square", but the way you've described it, no such animal exists. You said "all sides and angles congruent", and that's not possible. The sides are congruent to each other, and the angles are congruent to each other, but no side is congruent to any angle.
Yes the can I would look like __________ __________ Or in any other direction They would not be congruent if the touch or go different directions
Not always because its 4 sides can have different dimensions to other trapezoids
The sides were congruent with each other.
If the triangle is the same size, and it's sides are congruent to the other, then yes they are congruent to each other.
Two cylinders with the same volume are not necessarily congruent. One could have a different diameter and length than the other, and still have the same volume.
No. The other two sides are congruent.
There are: Squares, which have all four sides parallel and congruent, all four angles are right and congruent, the diagonals bisect each other and are congruent. Trapezoids, which have two of their sides parallel Rhombus, which have all sides congruent, diagonals bisect, and opposite angles are congruent Parallelograms, which have opposite sides congruent and parallel, diagonals bisect Rectangle, which is a square but one pair of opposite sides aren't congruent.
Yes, they do. Also, they are congruent to each other. * * * * * They do bisect each other but they are not congruent.
They are said to be congruent to each other.
One shape cannot be congruent: you need two (or more) shapes which can be congruent to each other.