cylinder
21
A hexagonal prism.
If the triangles are congruent and you match the hypotenera the right way, you can get a rectangle. If the triangles are not congruent, you can't even necessarily get a quadrilateral.
A cylinder would fit the given description
A cylinder would fit the given description
Four.
4
21
A hexagonal prism.
If the triangles are congruent and you match the hypotenera the right way, you can get a rectangle. If the triangles are not congruent, you can't even necessarily get a quadrilateral.
A cylinder would fit the given description
A cylinder would fit the given description
These shapes are different in some ways:A parallelogram contains two pairs of congruent angles such that they are not adjacent to each other. A rectangle contains all four right angles.The diagonals of both shapes are formed differently from another.A parallelogram has a pair of congruent parallel slanted sides while a rectangle doesn't.
Cylinder - a solid figure formed by two congruent parallel circles joined by a curved surface.
A=l*w A=8*4 A=32 diagonal cuts the rectangle into two congruent triangles. 32/2 = 16
1. Opposite sides are equal 2. it is a parallelogram 3. all 4 angles (at vertices) are 900 4. diagonals are equal in length 5. diagonals bisect each other 6. triangles formed by a diagonal and 2 sides (opposite side for each triangle) are congruent 7. among the four triangles that are formed by the 2 diagonals, the vertically opposite triangles are congruent 8. if length=breadth, then the rectangle is a square 9. perimeter of the rectangle = 2 * ( length + breadth) 10. area of rectangle = length * breadth
You maybe thinking of a 3D cylinder whose 2D net would fit the given description