Which of the following will not form a polyhedron?
- ✓$3$ triangles.
- B$2$ triangles and $3$ parallelogram.
- C$8$ triangles.
- D$1$ pentagon and $5$ triangles.
Answer: A.
View full solution →Question types
Visualising Solid Shapes question types
158 questions across 6 question groups — pick any mix to generate a Maths paper with step-by-step answer keys.
158
Questions
6
Question groups
5
Question types
01
M.C.Q. [1 Marks Each]
21 Q→022 Marks Questions
44 Q→033 Marks Question
5 Q→045 Marks Questions
4 Q→05Case study (4 Marks)
11 Q→061 Marks Question
73 Q→Sample Questions
Visualising Solid Shapes questions
One sample from each question group in this chapter. Select any group above to see the full set with answer keys.
The net shown below can be folded into the shape of a cube. The face marked with the letter L is opposite to the face marked with which letter?
- ✓$M$
- B$N$
- C$Q$
- D$O$
Answer: A.
View full solution →Side of a square garden is 30m. If the scale used to draw its picture is $1\ cm: 5\ m$, the perimeter of the square in the picture is
- A$20\ cm$
- ✓$24\ cm$
- C$28\ cm$
- D$30\ cm$
Answer: B.
View full solution →In the given map, the distance between the places is shown using the scale $1\ cm : 0.5\ km.$ Then the actual distance $($in $km)$ between school and the book shop is:
- A$1.25$
- B$2.5$
- C$2$
- ✓$1.1$
Answer: D.
View full solution →We have $4$ congruent equilateral triangles. What do we need more to make a pyramid?
- AAn equilateral triangle.
- ✓A square with same side length as of triangle.
- C$2$ equilateral triangles with side length same as triangle.
- D$2$ squares with side length same as triangle.
Answer: B.
View full solution →How many faces, edges and vertices does a pyramid have with n sided polygon as its base?
Look at the shapes given below and state these are polyhedra using Euler’s formula.
Use isometric dot paper to draw each figure.A rectangular prism with length $4$ units, width $2$ units and height $2$ units.
View full solution →In the given figures, identify the different shapes involved.
In the above figure, if only the shaded cubes are visible from the top, draw the base layer.
Draw a map of your school playground. Mark all necessary places like $2$ library, Playground, Medical Room, Classrooms, Assembly area, etc.
View full solution →Draw a prism with its base as regular hexagon with one of its face facing you. Now draw the top view, front view and side view of this solid.
Use a ruler to measure the distance in $cm$ between the places joined by dotted lines. If the map has been drawn using the scale $1\ cm : 10\ km$, find the actual distances between
$1.$ School and Library
$2.$ College and Complex
$3.$ House and School
View full solution →$1.$ School and Library
$2.$ College and Complex
$3.$ House and School
Can a polyhedron have $V = F = 9$ and $E = 16$? If yes, draw its figure.
View full solution →Complete the table given below by putting tick mark across the respective property found in the solids mentioned.Solids
| Properties | Cone | Cylinder | Prism | Pyramid | |
| 1. | The figure is a Polyhedron. | ||||
| 2. | The figure has diagonals. | ||||
| 3. | The shape has curved edges. | ||||
| 4. | The base of figure is a polygon. | ||||
| 5. | The bases are congruent. | ||||
| 6. | The base of figure is a polygon and other faces meet at a single point. | ||||
| 7. | The base of figure is a curved edge and other faces meet at a single point. | ||||
Look at the map given below.Houses.
Now answer the following questions.
$a.$ Name the roads that meet at round about.
$b.$ What is the address of the stadium?
$c.$ On which road is the Police Station situated?
$d.$ If Ritika stays adjacent to bank and you have to send her a card, what address will you write?
$e.$ Which sector has maximum number of houses?
$f.$ In which sector is Fire Station located?
$g.$ In the map, how many sectors have been shown?
View full solution →Now answer the following questions.
$a.$ Name the roads that meet at round about.
$b.$ What is the address of the stadium?
$c.$ On which road is the Police Station situated?
$d.$ If Ritika stays adjacent to bank and you have to send her a card, what address will you write?
$e.$ Which sector has maximum number of houses?
$f.$ In which sector is Fire Station located?
$g.$ In the map, how many sectors have been shown?
Refer to the given map to answer the following questions.
$a.$ What is the built$-$up area of Govt. Model School I?
$b.$ Name the schools shown in the picture.
$c.$ Which park is nearest to the dispensary?
$d.$ To which block does the main market belong?
$e.$ How many parks have been represented in the map?
View full solution →$a.$ What is the built$-$up area of Govt. Model School I?
$b.$ Name the schools shown in the picture.
$c.$ Which park is nearest to the dispensary?
$d.$ To which block does the main market belong?
$e.$ How many parks have been represented in the map?
Identify the nets given below and mention the name of the corresponding solid in the space provided.
| Nets | Name of Solid | |
| a. |  |
|
| b. |  |
|
| c. |  |
|
| d. |  |
|
| e. |  |
|
| f. |  |
View full solution →
Using Euler’s formula, find the value of unknown $x, y, z, p, q, r,$ in the following table.
View full solution →| Faces | $y$ |
| Vertices | $12$ |
| Edges | $18$ |
Draw the front, side and top view of the given shapes.
Draw the front, side and top view of the given shapes.
Using Euler’s formula, find the value of unknown $x, y, z, p, q, r,$ in the following table.
View full solution →| Faces | $9$ |
| Vertices | $z$ |
| Edges | $16$ |
Draw the front, side and top view of the given shapes.
A cylinder is a $3 - D$ shape having two circular faces of different radii.
View full solution →The other name of cuboid is tetrahedron.
Count the number of cubes in the given shapes. 
The following solids, identify the front, side and top views and write it in the space provided.
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