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In Fig. 2.15, points A,B,C,D and E are c...

In Fig. 2.15, points A,B,C,D and E are collinear such that AB = BC = CD= DE. Then

AD = AC + ___________

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In Fig. 2.15, points A,B,C,D and E are collinear such that AB = BC = CD= DE. Then AD = AB + ________

In Fig. 2.15, points A,B,C,D and E are collinear such that AB = BC = CD= DE. Then AE = ________ xx AB.

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NCERT EXEMPLAR-GEOMETRY-Exercise (Fill in the blanks to make the statements true:)
  1. The number of diagonals in a hexagon is .

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  2. A pair of opposite sides of a trapezium are .

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  3. In Fig. 2.14 points lying in the interior of the triangle PQR are , th...

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  4. In Fig. 2.15, points A,B,C,D and E are collinear such that AB = BC = C...

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  5. In Fig. 2.15, points A,B,C,D and E are collinear such that AB = BC = C...

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  6. In Fig. 2.15, points A,B,C,D and E are collinear such that AB = BC = C...

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  7. In Fig. 2.15, points A,B,C,D and E are collinear such that AB = BC = C...

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  8. In Fig. 2.15, points A,B,C,D and E are collinear such that AB = BC = C...

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  9. In Fig. 2.16, angleAOD is a/an angle

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  10. In Fig. 2.16, angleCOA is a/an angle

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  11. In Fig. 2.16, angleAOE is a/anangle

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  12. The number of triangles in Fig. 2.17 is . their names are .

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  13. Number of angles less that 180^(@) in Fig 2.17 is and their names are...

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  14. The number of straight angles in Fig 2.17 is

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  15. The number of right angles in a straight angle is and that in a compl...

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  16. The number of common point in the two angles marked in Fig. 2.18 is .

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  17. The number of common points in the two angles markes in Fig. 2.19 is .

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  18. The number of common point in the two angles marked in Fig. 2.20

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  19. The number of common point in the two angles marked in Fig. 2.21 is .

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  20. The common part between the two angles BAC and DAB in Fig. 2.22 is .

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