Since by definition corresponding sides of congruent shapes have the same length, the answer is 1.
the same number of sides and internal angles but not the length of the sides.
square
square
Shapes with 4 sides are called quadrilaterals. If all the sides of the shape have the same length, then there are two options for specific quadrilaterals. These are squares or rhombuses. If the pairs of sides are not the same length as each other, then there are two alternate options for the shape. These are rectangles and parallelograms.
-- Every square-- Every regular polygon
Since by definition corresponding sides of congruent shapes have the same length, the answer is 1.
the same number of sides and internal angles but not the length of the sides.
The word for the same in math is congruent. For example, if there are two squares, both the exact same size, length, width etc., then the two shapes are congruent.
square
square
Shapes with 4 sides are called quadrilaterals. If all the sides of the shape have the same length, then there are two options for specific quadrilaterals. These are squares or rhombuses. If the pairs of sides are not the same length as each other, then there are two alternate options for the shape. These are rectangles and parallelograms.
Sure. The area of a parallelogram is (length of base) times (vertical height). Many pairs of numbers can have the same product, but if the (base / height) of two parallelograms are different pairs of numbers, then their shapes are different. Example: A rectangle is a parallelogram that's easy to work with. Take two rectangles: Rectangle #1: Length=6, Width=5, Area=30 Rectangle #2: Length=15, Width=2, Area=30 These rectangles certainly have different shapes. In #1, the length is 83% of the width, and in #2, the length is only 13% of the width. But they both have the same area.
The difference is that two-dimensional shapes have a length and a width while three-dimensional shapes have a length, width, and depth. While some examples of two-dimensional shapes are circle, rectangle, and triangle, example of three-dimensional figures are a sphere, cuboid, and a pyramid.
NO!!!! Parallelogram : Two pairs of parallel lines ; The each pair of parallel lines is the same length. Trapezium ; One pair of parallel lines, that are not the same length. The other two sides can be the same length , but not parallel. Both figures/shapes are quadrilaterals.
a prism
A rhombus.