## NCERT Solutions for Class 8 Chapter 4 Practical Geometry -Free PDF Download

Free PDF download of NCERT Solutions Maths Class 8 Solutions Chapter 4 – Practical Geometry solved by Expert Maths Teachers on CoolGyan.Org. All Chapter 4 – Practical Geometry Questions with Solutions for NCERT to help you to revise complete Syllabus and Score More marks.

Maths Revision Notes for Class 8

Chapter Name | Practical Geometry |

Chapter | Chapter 4 |

Exercise | Exercise 4.2 |

Class | Class 8 |

Subject | Maths NCERT Solutions |

Board | CBSE |

TEXTBOOK | CBSE NCERT |

Category | NCERT Solutions |

**NCERT SOLVED**

**1. Construct the following quadrilaterals:**

**(i) Quadrilateral LIFT**

**LI = 4 cm, IF = 3 cm, TL = 2.5 cm, LF = 4.5 cm, IT = 4 cm**

**(ii) Quadrilateral GOLD**

**OL = 7.5 cm, GL = 6 cm, GD = 6 cm, LD = 5 cm, OD = 10 cm**

**(iii) Rhombus BEND**

**BN = 5.6 cm, DE = 6.5 cm**

**Ans. (i)** **Given**: LI = 4 cm, IF = 3 cm, TL = 2.5 cm, LF = 4.5 cm, IT = 4 cm

**To construct**: A quadrilateral LIFT

**Steps of construction**:

(a) Draw a line segment LI = 4 cm.

(b) Taking radius 4.5 cm, draw an arc taking L as centre.

(c) Draw an arc of 3 cm taking I as centre which intersects the first arc at F.

(d) Join FI and FL.

(e) Draw another arc of radius 2.5 cm taking L as centre and 4 cm taking I as centre which intersect at T.

(f) Join TF, Tl and TI.

It is the required quadrilateral LIFT.

**(ii)** **Given**: OL = 7.5 cm, GL = 6 cm, GD = 6 cm, LD = 5 cm, OD = 10 cm

**To construct**: A quadrilateral GOLD

**Steps of construction**:

(a) Draw a line segment OL = 7.5 cm.

(b) Draw an arc of radius 5 cm taking L as centre and another arc of radius 10 cm taking O as centre which intersect the first arc at point D.

(c) Join LD and OD.

(d) Draw an arc of radius 6 cm from D and draw another arc of radius 6 cm taking L as centre, which intersects at G.

(e) Join GD and GO.

It is the required quadrilateral GOLD.

**(iii)** **Given**: BN = 5.6 cm, DE = 6.5 cm

**To construct**: A rhombus BEND

**Steps of construction**:

(a) Draw DE = 6.5 cm.

(b) Draw perpendicular bisector of line segment DE.

(c) Draw two arcs of radius 2.8 cm from intersection point O, which intersects the perpendicular bisector at B and N.

(d) Join BE, BD as well as ND and NE.

It is the required rhombus BEND.