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Edited By Ramraj Saini | Updated on Nov 30, 2023 10:46 AM IST

**NCERT Solutions for Class 6 Maths Chapter 14 Practical Geometry ** are discussed in this article. These NCERT solutions are created by the expert team at careers360 considering the latest CBSE syllabus 2023. Constructions of figures or sketches are mandatory for the design of different types of equipment, instruments, buildings, etc. In CBSE NCERT solutions for Class 6 Maths chapter 14 practical geometry, you will get questions related to constructions of figures using rulers and compass.

This Story also Contains

- NCERT Solutions for Class 6 Maths Chapter 14 Practical Geometry - Important Points
- NCERT Solutions for Class 6 Maths Chapter 14 Practical Geometry
- NCERT Solutions for Class 6 Maths Chapter 14 Practical Geometry (Intext Questions and Exercise)
- NCERT Class 6 Maths Chapter 14 Practical Geometry Exercise 14.1
- NCERT Class 6 Maths Chapter 14 Practical Geometry Exercise 14.2
- NCERT Class 6 Maths Chapter 14 Practical Geometry Exercise 14.3
- NCERT Class 6 Maths Chapter 14 Practical Geometry Exercise 14.4
- NCERT Class 6 Maths Chapter 14 Practical Geometry Exercise 14.5
- NCERT Class 6 Maths Chapter 14 Practical Geometry Topic 14.5.4 Angles of Special Measures
- NCERT Class 6 Maths Chapter 14 Practical Geometry Exercise: 14.6
- Question: 1 Draw POQ of measure 75° and find its line of symmetry.
- Main Topics of NCERT Solutions for Class 6 Maths Chapter 14 Practical Geometry
- NCERT Solutions for Class 6 Mathematics Chapter Wise
- Key Features of NCERT Solutions for Class 6 Maths Chapter 14
- NCERT Solutions for Class 6 Subject Wise

As per the NCERT syllabus for Class 6 Maths, the important topics of this chapter are the construction of the circle of a given radius using a compass, the construction of line segments and angles, etc. In the last exercise of this chapter as mentioned in the NCERT Books for Class 6 Maths, you will get questions related to measuring of angle using a compass and ruler. In some questions in NCERT, you will be drawing lines using the compass. There are many other constructions explained in 6 exercises of NCERT solutions for practical geometry class 6. You will get NCERT Solutions from Class 6 to 12 for Science and Math by clicking on the above link.

**Geometrical shapes:** This class 6th maths chapter 14 focuses on the methods used to draw various geometrical shapes. The shapes are constructed using mathematical instruments such as a graduated ruler, compasses, divider, set-squares, and a protractor.

**Constructions using ruler and compasses: **

(i) **Circle:** A circle can be drawn when the length of its radius is known. The compasses are used to measure and draw the circle.

(ii)** Line segment: **With the ruler and compasses, a line segment can be constructed when its length is given.

(iii) **Copy of a line segment:** The compasses are used to create an exact copy of a given line segment.

__For more____, Download Ebook - ____NCERT Class 6 Maths: Chapterwise Important Formulas And Points__

(iv) Perpendicular to a line through a point:

- (a) On the line: A perpendicular line can be drawn through a point that lies on the given line.
- (b) Not on the line: A perpendicular line can be drawn through a point that does not lie on the given line.

(v) **Perpendicular bisector:** The perpendicular bisector of a line segment, which divides it into two equal halves, can be constructed.

(vi) **Angle of a given measure:** An angle with a specific measure can be constructed using the ruler and compasses.

(vii) **Copy of an angle:** With the ruler and compasses, an exact copy of a given angle can be drawn.

(viii) **Bisector of an angle:** The bisector of a given angle, which divides it into two equal angles, can be constructed.

(ix)** Special angles:** The class 6 maths chapter 14 chapter also covers the construction of angles with special measures such as 90 degrees, 45 degrees, 60 degrees, 30 degrees, 120 degrees, and 135 degrees. These angles are constructed using the ruler and compasses

Free Download **NCERT Solutions for Class 6 Maths Chapter 14 Practical Geometry** For CBSE Exam

** Question: 1 Draw a circle of radius 3.2 cm. **

**Answer: **To draw a circle of radius 3.2 cm follow the steps given below:

(i) Take compasses for the required radius of 3.2 cm.

(ii) Mark point O where you want the centre of the circle.

(iii) After placing the compass on O, rotate the compasses slowly to make the circle.

** Question: 2 ** With the same centre O, draw two circles of radii 4 cm and 2.5 cm .

** Answer: **To draw the required circle follow the steps as follows:

(i) First, Set the compass for radius 4 cm

(ii) Mark point O which will be the centre for the circles.

(iiI) Place the pointer of compasses on O.

(iv) Turn the compasses slowly to draw the circle.

Repeat above 4 steps with the compass set at 2.5 cm

** Answer: **By joining the ends of the two diameters, we get a rectangle.

Therefore, by measuring, we find that and , i.e, pairs of opposite sides are equal and also .

and each angle is fo

Hence, it is a rectangle:

If the diameters are perpendicular to each other, then by joining the ends of two diameters, we get a square.

Then, by measuring the length of the side we find that . that is all sides are of the same length also, , that is each angle is

Hence, it is a square:

** Question: ** ** 4 ** Draw any circle and mark points A, B, and C such that

(a) A is on the circle. (b) B is in the interior of the circle.

(c) C is in the exterior of the circle.

** Answer: **To draw the circle with the given conditions:

First, mark point 'O' as the centre and place the pointer of the compasses at 'O' then turn the compasses slowly to complete the circle.

Now, mark point A on the circle, mark the point 'B' in the interior of the circle, also point 'C' exterior to the circle.

** Answer: **First, draw two circles of equal radii taking A and B as their centre and they intersect at C and D. Then, join AB and CD.

From the figure, AB and CD intersect at right angle with

** Question: 1 ** Draw a line segment of length 7.3 cm using a ruler.

** Answer: **Let the line segment be 'AB':

Then, follows these steps:

(i) Place the zero mark of the ruler at a point A.

(ii) Mark point B at a distance of 7.3cm from A.

(iii) Now, join AB.

Then, AB is the required line segment of the length of 7.3 cm.

** Question: ** ** 2 ** Construct a line segment of length 5.6 cm using ruler and compasses.

** Answer: **

(i) Draw a line ′l′. Mark a point A on this line.

(ii) Place the compasses pointer on the zero mark of the ruler. Open it to place the pencil point up to 5.6 cm mark.

(iii) Without changing the opening of the compasses. Place the pointer on A and cut an arc at B on line l.

is the required line segment of length 5.6 cm.

** Question: 3 ** Construct AB of length 7.8 cm. From this, cut off of length 4.7 cm. Measure .

** Answer: **The steps of constructions:

(i) Place the zero mark of the ruler at A.

(ii) Mark a point B at a distance 7.8 cm from A.

(iii) Again, mark a point C at a distance 4.7 from A.

By measuring , we find that BC = 3.1 cm

** Question: ** ** 4 ** Given of length 3.9 cm, construct such that the length of is twice that of . Verify by measurement.

( ** Hint ** : Construct such that length of = length of ; then cut off such that also has the length of .)

** Answer: ****The steps of constructions are following: **

(i) Draw a line ′l′.

(ii) Construct such that length of = length of

(iii) Then cut of such that also has the length of .

(iv) Thus the length of and the length of added together make twice the length of .

** Verification ** :

By measurement we find that PQ = 7.8 cm

= 3.9 cm + 3.9 cm = =

** Answer: ****The steps of construction are as follows: **

(i) Draw a line ′l′ and take a point X on it.

(ii) Construct such that length = length of = 7.3 cm

(iii) Then cut off = length of = 3.4 cm

(iv) Thus the length of = length of – length of

** Verification ** :

By measurement we find that length of = 3.9 cm

** Question: ** ** 1 ** Draw any line segment . Without measuring , construct a copy of .

** Answer: ****The steps of constructions are the following: **

(i) Given whose length is not known.

(ii) Fix the compasses pointer on P and the pencil end on Q. The opening of the instrument now gives the length of .

(iii) Draw any line . Choose a point A on . Without changing the compasses setting, place the pointer on A.

Draw an arc that cuts at a point, say B. Now is a copy of .

** Answer: ****The steps of construction are followings: **

(i) Given whose length is not known.

(ii) Fix the compasses pointer on A and the pencil end on B. The opening of the instrument now gives the length of .

(iii) Draw any line . Choose a point P on . Without changing the compasses setting, place the pointer on Q.

(iv) Draw an arc that cuts at a point R.

(v) Now place the pointer on R and without changing the compasses setting, draw another arc that cuts at a point Q.

Thus is the required line segment whose length is twice that of AB.

** Answer: ****The steps of constructions are the following: **

(i) With M as the centre and a convenient radius, draw an arc intersecting the line AB at two points C and B.

(ii) With C and D as centres and a radius greater than MC, draw two arcs, which cut each other at P.

(iii) Join PM. Then PM is perpendicular to AB through point M.

** Answer: ****The steps of constructions are: **

(i) Place a set-square on such that one arm of its right angle aligns along .

(ii) Place a ruler along the edge opposite to the right angle of the set-square.

(iii) Hold the ruler fixed. Slide the set square along the ruler till the point R touches the other arm of the set square.

(iv) Join RM along the edge through R meeting at M. Then RM ⊥ PQ.

** Question: ** ** 3 ** Draw a line * l * and a point X on it. Through X, draw a line segment perpendicular to * l * . Now draw a perpendicular to at Y. (use ruler and compasses)

** Answer: ****The steps of construction are as follows: **

(i) Draw a line and take point X on it.

(ii) With X as the centre and a convenient radius, draw an arc intersecting the line at two points A and B.

(iii) With A and B as centres and a radius greater than XA, draw two arcs, which cut each other at C.

(iv) Join AC and produce it to Y. Then XY is perpendicular to .

(v) With Y as the centre and a convenient radius, draw an arc intersecting XY at two points C and D.

(vi) With C and D as centres and radius greater than YD, draw two arcs which cut each other at F.

(vii) Join YF, then YF is perpendicular to XY at Y.

** Question: ** ** 1 ** Draw of length 7.3 cm and find its axis of symmetry.

** Answer: **The axis of symmetry of the line segment will be the perpendicular bisector of . So, draw the perpendicular bisector of AB.

** The steps of constructions are as follows: **

(i) Draw a line segment = 7.3 cm

(ii) Taking A and B as centres and radius more than half of AB, draw two arcs which intersect each other at C and D.

(iii) Join CD. Then CD is the axis of symmetry of the line segment AB.

** Question: ** ** 2 ** Draw a line segment of length 9.5 cm and construct its perpendicular bisector.

** Answer: ****The steps of constructions are: **

(i) Draw a line segment = 9.5 cm

(ii) Taking A and B as centres and radius more than half of AB, draw two arcs which intersect each other at C and D.

(iii) Join CD. Then CD is the perpendicular bisector of .

** Answer: **Follow the steps to draw the perpendicular bisector of a line XY.

a) PX= PY

b)MX=MY

** Answer: ****The steps of constructions are: **

(i) Draw a line segment AB = 12.8 cm

(ii) Draw the perpendicular bisector of which cuts it at C. Thus, C is the mid-point of .

(iii) Draw the perpendicular bisector of which cuts it at D. Thus D is the mid-point of .

(iv) Again, draw the perpendicular bisector of which cuts it at E. Thus, E is the mid-point of .

(v) Now, point C, D, and E divide the line segment in the four equal parts.

(vi) By actual measurement, we find that

** Question: ** ** 5 ** With PQ of length 6.1 cm as diameter, draw a circle.

** Answer: ****The steps of constructions are: **

(i) Draw a line segment = 6.1 cm.

(ii) Draw the perpendicular bisector of PQ which cuts, it at O. Thus O is the mid-point of .

Taking O as the centre and OP or OQ as radius draw a circle where the diameter is the line segment .

** Answer: ****The steps of constructions are: **

(i) Draw a circle with centre C and radius 3.4 cm.

(ii) Draw any chord .

(iii) Taking A and B as centres and radius more than half of , draw two arcs which cut each other at P and Q.

(iv) Join PQ. Then PQ is the perpendicular bisector of .

This perpendicular bisector of passes through the centre C of the circle.

** Question: ** ** 7 ** Repeat Question 6, if AB happens to be a diameter.

** Answer: ****The steps of constructions are: **

(i) Draw a circle with centre C and radius 3.4 cm.

(ii) Draw its diameter

(iii) Taking A and B as centres and radius more than half of it, draw two arcs which intersect each other at P and Q.

(iv) Join PQ. Then PQ is the perpendicular bisector of

We observe that this perpendicular bisector of passes through the centre C of the circle.

** Answer: ****The steps of constructions are: **

(i) Draw the circle with O and radius 4 cm.

(ii) Draw any two chords and in this circle.

(iii) Taking A and B as centres and radius more than half AB, draw two arcs which intersect each other at E and F.

(iv) Join EF. Thus EF is the perpendicular bisector of chord .

(v) Similarly draw GH the perpendicular bisector of chord .

These two perpendicular bisectors meet at O, the centre of the circle.

** Answer: ****The steps of constructions are: **

(i) Draw any angle with vertex O.

(ii) Take a point A on one of its arms and B on another such that

(iii) Draw perpendicular bisector of and .

(iv) Let them meet at P. Join PA and PB.

With the help of divider, we obtained that

** Question: ** How will you construct a 15° angle?

** Answer: **First, we make and then its bisector.

** The steps of constructions are: **

1. Draw a ray OA.

2. Taking O as the center and any radius of your own choice, draw an arc cutting OA at B.

3. Now, taking B as center and with the same radius as before, draw an arc intersecting the previously drawn arc at point C.

4. Draw the ray OD passing through the C.

Thus,

Now, we draw bisector of

5. Taking C and D as the center, with radius more than , draw arcs intersecting at E.

6. Join OE.

Thus,

Now, we draw the bisector of

7. Mark point P where the ray OE intersects the arc.

8. Taking P and B as center, with having the radius more than , draw arcs intersecting at F.

9. Join OF

** Thus, **

** Question: ** How will you construct a 150° angle?

** Answer: **Take a line segment, say, AB.

Choose a point C on it.

With center C, and radius BC, draw an arc.

With center B and radius BC, cut the previous arc at say DD.

With center D, and radius BC draw an arc.

With center B and radius BC, cut this arc at, say, EE.

Then EC is the bisector of ∠BCD, and

** Hence, **

Then,

** Question: ** How will you construct a 45° angle?

** Answer: **

1. Draw a ray OA.

2. Taking O as center and any radius, draw an arc cutting OA at B.

3. Now, taking B as center and with the same radius as before, draw an arc intersecting the previously drawn arc at point C.

4. With C as the center and the same radius, draw an arc cutting the arc at D.

\

5. With C and D as centers and radius more than , draw two arcs intersecting at P.

6. Join OP.

Thus,

Now, we draw the bisector of

7. Let OP intersects the original arc at point Q.

8. Now, taking B and Q as centers, and radius greater than draw two arcs intersecting at R.

9. Join OR.

Thus,

** Answer: **

1. Draw a ray OA.

2. Place the centre of the protractor on point O, and coincide line OA and Protractor line

3. Mark point B on 75 degrees.

4. Join OB

Therefore

Now, we need to find its line of symmetry

that is, we need to find its bisector.

We follow these steps

1. Mark points C and D where the arc intersects OA and OB

2. Now, taking C and D as centres and with the radius more than , draw arcs to intersects each other.

3. Let them intersects at point E.

4. Join O and E.

Therefore OE is the line of symmetry of

** Question: ** ** 2 ** Draw an angle of measure 147° and construct its bisector.

** Answer: ****The steps of constructions are: **

1. Draw a line OA.

2. Using protractor and centre 'O draw an angle AOB =147°.

3. Now taking 'O' as the centre and any radius draws an arc that intersects 'OA' and 'OB' at p and q.

4. Now take p and q as centres and radius more than half of PQ, draw arcs.

5. Both the arcs intersect at 'R'

6. Join 'OR' and produce it.

7. 'OR' is the required bisector of angle AOB.

** Question: ** ** 3 ** Draw a right angle and construct its bisector.

** Answer: ****The steps of construction: **

(a) Draw a line PQ and take a point O on it.

(b) Taking O as the centre and convenient radius, draw an arc that intersects PQ at A and B.

(c) Taking A and B as centres and radius more than half of AB, draw two arcs which intersect each other at C.

(d) Join OC. Thus, ∠COQ is the required right angle.

(e) Taking B and E as centre and radius more than half of BE, draw two arcs that intersect each other at point D.

(f) Join OD. Thus, the OD bar is the required bisector of ∠COQ.

** Question: ** ** 4 ** Draw an angle of measure 153° and divide it into four equal parts.

** Answer: ****The steps of constructions are: **

(a) Draw a ray OA.

(b) At O, with the help of a protractor, construct ∠AOB = 153 degrees.

(c) Draw OC as the bisector of ∠AOB.

(d) Again, draw OD as bisector of ∠AOC.

(e) Again, draw OE as bisector of,∠BOC.

(f) Thus, OC, OD, and OE divide ∠AOB into four equal parts.

** Question: ** ** 5(a) ** Construct with ruler and compasses, angles of following measures:

** Answer: ****The steps of constructions are: **

1. Draw a ray OA

2. Taking O as the centre and convenient radius, mark an arc, which intersects OA at P.

3. Taking P as the centre and the same radius, cut the previous arc at Q. Join OQ. Thus,∠BOA is the required angle of 60°

** Question:5(b) ** Construct with ruler and compasses, angles of following measures:

30 ^{ o }

** Answer: ****The steps of constructions are: **

1. Draw a ray OA.

2. Taking O as the centre and convenient radius, mark an arc, which intersects OA at P.

3. Taking P as the centre and the same radius, cut the previous arc at Q. Join OQ. Thus, ∠BOA is the required angle of 60°.

4. Put the pointer on P and mark an arc.

5. Put the pointer on Q and with the same radius, cut the previous arc at C. Thus, ∠COA is required angle of 30°

** Question: 5(c) ** Construct with ruler and compasses, angles of following measures:

90 ^{ o }

** Answer: ****The steps of constructions are: **

1. Draw a ray OA

2. Taking O as the centre and convenient radius, mark an arc, which intersects OA at X.

3. Taking X as the centre and the same radius, cut the previous arc at Y. Taking Y as the centre and the same radius, draw another arc intersecting the same arc at Z. 4. Taking Y and Z as centres and the same radius, draw two arcs intersecting each other at S.

5. Join the OS. Thus, ∠SOA is a required angle of 90°

** Question: ** ** 5(d) ** Construct with ruler and compasses, angles of following measures:

120 ^{ o }

** Answer: ****The steps of constructions are: **

1. Draw a ray OA

2. Taking O as the centre and convenient radius, mark an arc, which intersects OA at P.

3. Taking P as the centre and same radius, cut the previous arc at Q. Taking Q as the centre and the same radius cut the arc at S. Join OS. Thus, ∠AOS is the required angle of 120°.

** Question:5(e) ** Construct with ruler and compasses, angles of following measures:

45 ^{ o }

** Answer: ****The steps of constructions are: **

1. Draw a ray OA

2. Taking O as the centre and convenient radius, mark an arc, which intersects OA at X.

3. Taking X as the centre and the same radius, cut the previous arc at Y. Taking Y as the centre and the same radius, draw another arc intersecting the same arc at Z.

4. Taking Y and Z as centres and the same radius, draw two arcs intersecting each other at S. Join OS. Thus, ∠SOA is a required angle of 90°.

5. Draw the bisector of SOA. Hence, ∠MOA = 45°

** Question: ** ** 5(f) ** Construct with ruler and compasses, angles of following measures:

135 ^{ o }

** Answer: ****The steps of constructions are: **

1. Draw a line PQ and take a point O on it.

2. Taking O as the centre and convenient radius, mark an arc, which intersects PQ at A and B.

3. Taking A and B as centres and radius more than half of AB, draw two arcs intersecting each other at R. Join OR. Thus, ∠QOR = ∠POR = 90°.

4. Draw OD the bisector of ∠POR. Thus, ∠QOD is required angle of 135°

** Question: ** ** 6 ** Draw an angle of measure 45° and bisect it.

** Answer: ****The steps of constructions are: **

1. Draw a ray OA

2. Taking O as the centre and convenient radius, mark an arc, which intersects OA at X.

3. Taking X as a centre and the same radius, cut the previous arc at Y. Taking Y as the centre and the same radius, draw another arc intersecting the same arc at Z.

4. Taking Y and Z as centres and the same radius, draw two arcs intersecting each other at S. Join OS. Thus, ∠SOA is a required angle of 90°.

5. Draw the bisector of ∠SOA. Hence, ∠MOA = 45°

6. Draw the bisector of ∠MOA. Hence, ∠NOA= 22.5 ^{ 0 }

** Question: ** ** 7 ** Draw an angle of measure 135° and bisect it.

** Answer: ****The steps of constructions are: **

(a) Draw a line PQ and take a point O on it.

(b) Taking O as the centre and convenient radius, mark an arc, which intersects PQ at A and B.

(c) Taking A and B as centres and radius more than half of AB, draw two arcs intersecting each other at R.

(d) Join OR. Thus, ∠QOR = ∠POQ = 90 .

(e) Draw OD the bisector of ∠POR. Thus, ∠QOD is the required angle of 135.

(f) Now, draw OE as the bisector of ∠QOD=1/2 of 135=67.5

** Question: ** ** 8 ** Draw an angle of 70 ^{ o } . Make a copy of it using only a straight edge and compasses.

** Answer: ****The steps of constructions are: **

(a) Draw an angle 70 degrees with a protractor, i.e., ∠POQ = 70 degrees

(b) Draw a ray AB.

(c) Place the compasses at O and draw an arc to cut the rays of ∠POQ at L and M.

(d) Use the same compasses, setting to draw an arc with A as the centre, cutting AB at X.

(e) Set your compasses setting to the length LM with the same radius.

(f) Place the compasses pointer at X and draw the arc to cut the arc drawn earlier at Y.

(g) Join AY. Thus, ∠YAX = 70 degree

** Question: ** ** 9 ** Draw an angle of 40 ^{ o } . Copy its supplementary angle.

** Answer: **

** The steps of constructions are: **

(a) Draw an angle of 40 degrees with the help of a protractor, naming ∠ AOB.

(b) Draw a line PQ.

(c) Take any point M on PQ.

(d) Place the compasses at O and draw an arc to cut the rays of ∠AOB at L and N.

(e) Use the same compasses setting to draw an arc O as the centre, cutting MQ at X.

(f) Set your compasses to length LN with the same radius.

(g) Place the compasses at X and draw the arc to cut the arc drawn earlier Y.

(h) Join MY.

(i) Thus, < QMY = 40 degree and < PMY is supplementary of it.

- The Circle
- Construction of a circle when its radius is known
- A-Line Segment
- Construction of a line segment of a given length
- Constructing a copy of a given line segment
- Perpendiculars
- Perpendicular to a line through a point on it
- Perpendicular to a line through a point not on it
- The perpendicular bisector of a line segment
- Angles
- Constructing an angle of a given measure
- Constructing a copy of an angle of an unknown measure
- Bisector of an angle
- Angles of special measures

**Also Check**

**NCERT Books and NCERT Syllabus**

Chapters No. | Chapters Name |

Chapter - 1 | Knowing Our Numbers |

Chapter - 2 | Whole Numbers |

Chapter - 3 | Playing with Numbers |

Chapter - 4 | Basic Geometrical Ideas |

Chapter - 5 | Understanding Elementary Shapes |

Chapter - 6 | Integers |

Chapter - 7 | Fractions |

Chapter - 8 | Decimals |

Chapter - 9 | Data Handling |

Chapter -10 | Mensuration |

Chapter -11 | Algebra |

Chapter -12 | Ratio and Proportion |

Chapter -13 | Symmetry |

Chapter -14 | Practical Geometry |

Expertly Crafted Solutions: The NCERT Solutions for Chapter 14 are meticulously developed to offer clear and precise explanations for all the problems and concepts discussed in the chapter.

Conceptual Clarity: The solutions aim to improve students' conceptual understanding by simplifying complex topics and presenting them in a more comprehensible manner.

Comprehensive Coverage: The solutions cover all the essential topics and subtopics of Chapter 14, ensuring that students gain a thorough understanding of the entire chapter.

- You will get NCERT Solutions for Class 6 very easily.
- You will get some different ways to construct geometrical in this solution article.
- There are some figures and images given in these solutions. It will help you in drawing geometrical figures easily.
- In CBSE NCERT solutions for Class 6 Maths chapter 14 Practical Geometry, you will find that questions are explained with step-by-step to construct lines and geometrical figures with the help of compass and rulers. So you can understand easily
- It is going to help you with your homework as well.

** Happy learning!!! **

1. How to draw geometrical shapes in accurate sizes and accurate angle

We need some instruments to draw geometrical shapes in accurate size and accurate angle here are some given below;

- The compasses
- The Ruler
- The Divider
- Scale
- Protractor

2. What is line segment?

The line segment is the least possible distance between the two given points. above in this article we have discussed some problems based on this concept. Practice them to get in-depth understanding the concepts. These concepts also gives drawing ideas for class 6 which are useful for upcoming classes.

3. What is a circle?

In a circle the points on its boundary is at an equal distance to its center such a geometrical shape is called a circle. practice problems based on the circle given with detailed and comprehensive solution to get command in the concepts. these concepts are comprehensively covered in class 6 chapter 14 maths.

4. What are the topics are covered in NCERT solution Class 6 Chapter Practical Geometry?

The following are covered in NCERT solution for class 6 maths chapter 14:

- The Circle
- Construction of a circle when its radius is known
- A-Line Segment
- Construction of a line segment of a given length
- Constructing a copy of a given line segment
- Perpendiculars
- Perpendicular to a line through a point on it
- Perpendicular to a line through a point not on it
- The perpendicular bisector of a line segment
- Angles
- Constructing an angle of a given measure
- Constructing a copy of an angle of an unknown measure
- Bisector of an angle
- Angles of special measures

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