## Geometric Shapes Worksheets

What are Geometric Shapes? Before children learn about advanced and complicated algebraic concepts, they must have a firm grip on the basic geometric shapes.
Figures closed by a definite boundary formed by specific curves, points and lines are defined as geometric shapes. All of us are familiar with the common geometric shapes like a rectangle, circle, triangle and square. Let us get a clearer idea of these basic shapes
**SQUARE** - A four-sided geometric shape created by joining four-line segments is known as a square. The four-line segments of a square are of equal lengths and form four right angles
**RECTANGLE** - A rectangle is like a square, and it is also formed by combining four-line segments. The only difference between square and rectangle is that in a rectangle, the four-line segments are not if equal lengths. It has two-line segments longer than the other two-line segments. Also, the four corners of a rectangle form the four right angles
**CIRCLE** - A circle is a geometric shape with no straight lines. It is formed by combining and connecting curves together. A circle has no angles.
**TRIANGLE** - A triangle comprises of three-line segments connected. Unlike a square or rectangle, angles are of different measurements in a triangle. A triangle does not always have the right angle. The type of angle found within a triangle defines the kind of triangle. For example, if a triangle has a right angle, it will be named as a right-angled triangle.
Shape recognition and identification is the start of geometry. Take a look at our geometry section for worksheets that actually use the calculation of shapes.

- Analyzing Shapes - Students learn to recognize shapes based on definable characteristics such as number of corners or sides.
- Attributes of Shapes - We make the move from two dimensional to three dimensional shapes in this section.
- Classify Two-dimensional Figures - Students look at more advanced properties of shapes.
- Classifying Two-dimensional Figures - We start to look at multi-sided polygons.
- Cross-sections of Three-dimensional Objects - The concept of cross section is a tough visually concept to grasp at first.
- Decomposing Three-dimensional Figures - We ask students to take them figures apart and then we ask them what would it look like, if we did.
- Drawing Geometric Shapes with Given Conditions - You will basically be drawing and identifying shapes based on a series of directions.
- Making Two-Dimensional Shapes - It all about put your mind to work on these guys.
- Recognizing Geometric Shapes - These are the most basic of shapes.
- Recognizing and Drawing Shapes - We focus only on two-dimensional shapes.
- Rotations, Reflections, and Translations of Geometric Shapes - We move these guys all over the place.
- Scale Drawings of Geometric Figures - This is what architects do for a living.
- The Attributes of Two-dimensional Figures - Things that can be quantified and verified by observation.
- Understanding Categories of Shapes - This is all about finding what attributes the shapes have in common.
- Using Nets to Understand 3-D Figures - A net is a two-dimensional display that can be formed into a three-dimensional figure. Think of it as a packaging box that just is not assembled yet.
- Using Shapes and Measures to Describe Objects - This helps you start to see the commonalities that exist in many forms of design.