Description
GEOMETRY
Understanding Shapes
The word ‘quad’ means four and the word lateral means sides. Thus, a plane figure bounded by four-line segments AB, BC, CD and DA is called a quadrilateral and is written as quad ABCD.
A quadrilateral has four sides, four angles, four vertices and two diagonals. Quadrilaterals can be classified into different types based on their sides and angles. In this topic, we shall learn the different types of quadrilaterals and their properties.
Special Types of Quadrilaterals
In Euclidean plane geometry, a quadrilateral is a polygon with four edges (or sides) and four vertices or corners. Sometimes, the term quadrangle is used, by analogy with triangle, and sometimes tetragon for consistency with pentagon (5-sided), hexagon (6-sided) and so on.
Quadrilaterals
Trapezium | Kite | Parallelogram | Rhombus | Rectangle | Square
Constructions
Geometrical construction means to draw shapes, angles or lines accurately. These constructions use only compass, ruler and a pencil. In this topic, we shall learn some basic constructions used in Geometry.
Represent 3 – D in 2 – D
A geometric shape is a geometric information which remains when location, scale, orientation and reflection are removed from the description of a geometric object.
That is, the result of moving a shape around, enlarging it, rotating it, or reflecting it in a mirror is the same shape as the original, and not a distinct shape. When architects design buildings they often sketch 2D drawings to show what the building will look like from each side. These drawings are called plans and elevations.
In this topic, you would be able to visualize 2D cross sections of representations of 3D objects.
Free
Free
Free access this course
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LevelIntermediate
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Total Enrolled4
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Last UpdatedAugust 25, 2025
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Material Includes
- 🔥 Live Interactive classes with in-class doubt solving
- ⭐ Weekly Test and Quiz with instant tracking for progress
- ⚙️ Revision of the course after testing
- 👋 Fortnightly Parents and Tutor interactions
- 🌷 Expert monitoring of student's learning progress
- 👨👩👧👧 Daily communication over call, whatsapp and mail
- 💻3 hours on-demand video
- ✍4 downloadable resources
- ⌛Access for entire Academic Year
- 📱Access on mobile and Desktop
- 📋Assignments and review of the same
- 💡Tests and Correction by Board paper checkers
- 🏅Certificate of completion and Live tracking with Grade book
Course Duration:
0
Course level:Intermediate
Enrolled:4
About Course
In this section will learn the following chapters:
1.UNDERSTANDING SHAPES
2.SPECIAL TYPES OF QUADILATERALS
3.CONSTRUCTIONS
4.REPRESENTING 3-D IN 2-D
Course Curriculum
UNDERSTANDING SHAPES
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UNDERSTANDING SHAPES – SUPPORT MATERIAL – UNDERSTANDING SHAPES
00:56 -
UNDERSTANDING SHAPES – SUPPORT MATERIAL – TRAPEZIUM, PARALLELOGRAM, RHOMBUS, RECTANGLE
00:00
SPECIAL TYPES OF QUADRILATERALS
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SPECIAL TYPES OF QUADRILATERALS – SUPPORT MATERIAL – RHOMBUS SQUARE ETC
00:36 -
QUADRILATERALS – PHYSICAL CLASS – PROPERTIES OF SPECIAL QUADRILATERALS
17:15 -
[RHEA] [PHYSICAL] PROPERTIES OF LINES AND ANGLES – RECAP OF ALL CONCEPTS
55:33 -
VIII – QUADRILATERAL – INTRODUCTION TO TRIANGLES, LINES AND PROPERTIES
21:38 -
VIII – MATHS – QUADRILATERALS – EXERCISE -14. 1
18:23
CONSTRUCTION
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CONSTRUCTION – SUPPORT MATERIAL – CONSTRUCTION OF AN ANGLE OF 60 DEGREES AT INITIAL POINT
00:24 -
CONSTRUCTION – SUPPORT MATERIAL – CONSTRUCTION OF A BISECTOR OF AN ANGLE
00:49 -
CONSTRUCTION – SUPPORT MATERIAL – CONSTRUCTION OF A PERPENDICULAR BISECTOR OF A SEGMENT
00:43 -
CONSTRUCTION – SUPPORT MATERIAL – CONSTRUCTION OF QUADILATERAL
01:23 -
CONSTRUCTION – SUPPORT MATERIAL – CONSTRUCTION OF SQUARE AND RHOMBUS
02:06 -
CONSTRUCTION – PHYSICAL CLASS – TYPE 1 AND 2
16:39 -
CONSTRUCTION – PHYSICAL CLASS – TYPE 3
16:26 -
CONSTRUCTION – PHYSICAL CLASS – TYPE 4
14:14 -
CONSTRUCTION – PHYSICAL CLASS – FOUR SIDES AND ONE ANGLE ARE GIVEN
20:31 -
CONSTRUCTION – PHYSICAL CLASS – CONSTRUCTION OF PARALLELOGRAM
05:06 -
CONSTRUCTION – PHYSICAL CLASS – CONSTRUCTION OF RECTANGLE
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CONSTRUCTION – PHYSICAL CLASS – CONSTRUCTION OF RHOMBUS
17:09
REPRESENTING 3D IN 2D
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3D SOLIDS – PHYSICAL CLASS – TOP VIEW, FRONT VIEW AND SIDE VIEW
08:03 -
3D SOLIDS – PHYSICAL CLASS – FACES, EDGES AND VERTICES
10:03 -
3D SOLIDS – PHYSICAL CLASS – VERIFICATION OF EULER’S EQUATION
06:48 -
3D SOLIDS – PHYSICAL CLASS – NETS
08:26
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