Practical Geometry Class 6 Maths Formulas

Practical Geometry Class 6 Maths Formulas

For those looking for help on Practical Geometry Class 6 Math Concepts can find all of them here provided in a comprehensive manner. To make it easy for you we have jotted the Class 6 Practical Geometry Maths Formulae List all at one place. You can find Formulas for all the topics lying within the Practical Geometry Class 6 Practical Geometry in detail and get a good grip on them. Revise the entire concepts in a smart way taking help of the Maths Formulas for Class 6 Practical Geometry.

Maths Formulas for Class 6 Practical Geometry

The List of Important Formulas for Class 6 Practical Geometry is provided on this page. We have everything covered right from basic to advanced concepts in Practical Geometry. Make the most out of the Maths Formulas for Class 6 prepared by subject experts and take your preparation to the next level. Access the Formula Sheet of Practical Geometry Class 6 covering numerous concepts and use them to solve your Problems effortlessly.

We use the following tools in drawing geometrical shapes:

  • A graduated ruler
  • The compasses
  • The divider
  • Set-squares, and
  • The protractor.

In this chapter, we shall consider only “Ruler-and-compass constructions”.

Circle
Every point on the boundary of a circle is at an equal distance from its center.

Construction of a circle when the length of its radius is known
We need to use compasses here.

A Line Segment
We need a ruler here.

Construction of a line segment of a given length
We have to use a ruler for this construction.

Constructing a copy of a given line segment
We may use a ruler or trace paper here. But it is better than we would use ruler and compasses for making, the construction.

Perpendiculars
Two lines or rays or line segments are said to be perpendicular if they intersect such that the angle formed between them is 90°.

Perpendicular to a line through a point on it
It may be drawn in three ways:

  • by paper folding,
  • using a ruler and a set-square, and
  • using a ruler and the compasses.

Perpendicular to a line through a point not on it
Either of the three methods given below may be adopted:

  • by paper folding,
  • using a ruler and a set-square, and
  • using a ruler and the compasses.

The perpendicular bisector of a line segment
There are three methods as given below:

  • by paper folding,
  • by using transparent tapes, and
  • by using ruler and compasses.

Angles
Constructing an angle of a given measure
We use a ruler and a protractor here.

Constructing a copy of an angle of unknown measure
We use a ruler (or a straight edge) and the compasses.

Bisector of an angle
Two methods are possible:

  • by paper folding
  • by using ruler and compasses

Angles of special measures
There are some elegant and accurate methods to construct some angles of special sizes without using the protractor.
Some of such constructions are:

  • Constructing a 60° angle
  • Constructing a 30° angle
  • Constructing a 120° angle
  • Constructing a 150° angle
  • Constructing a 90° angle
  • Constructing a 45° angle

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