![]() Similarly, a triangle with one angle of more than 90 degrees is called an obtuse-angled triangle. Here’s how it looks:Īny triangle with angles less than 90 degrees is called an acute-angled triangle. For example, when two line segments of a triangle form a right angle, it is called a right triangle. Notably, a triangle’s name changes depending on its angles and the size of the sides. It is a complex geometric figure since it can have variable angles and measurements.Įxamples of triangular objects are pizza slices, nachos, birthday caps, etc. We can assume that a circle is made of uncountable points placed at the same distance from the center point.Įxamples of circular objects are whole pizzas and wheels.Ī triangle is made up of three connected line segments. Examples of square objects are Rubik’s Cube, dice, chess boards, etc.Ī circle is a geometric shape made with no straight lines. Similar to a rectangle, the line segments forming a square lie at right angles to each other. The difference between a rectangle and a square is that in a rectangle, two parallel line segments are longer than the other two, while in a square, all line segments are of equal length.Įxamples of rectangular objects are laptop screens, mobile screens, etc.Ī square is a four-sided geometric shape created by connecting four line segments of equal length. All the angles in a rectangle are right-angled. In a rectangle, the opposite sides are parallel and equal in length. Some of the most popular shapes are explained below:Ī rectangle is a shape that results from joining four different points through four different lines. Irregular shapes have sides that are of different measures. For example, a square or a regular hexagon. Similarly, doors and windows are examples of rectangles.Ī regular shape has all sides equal. A pizza is circular, whose slices are triangular. ![]() Some of the geometric shape examples are circle, rectangle, triangle, etc. ![]() Such shapes can be seen everywhere around us. Geometric shapes are closed figures created using points, line segments, circles, and curves. Real-life Applications of Geometric Shapes.
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