1 |
In which projection the plane normal to the projection has equal angles with these three axes. |
Wire frame model
Constructive solid geometry methods
Isometric projection
Back face removal
|
2 |
The projection in which the projection plane is allowed to intersect the x, y and z -axes at equal distances. |
Wire frame model
Constructive solid geometry methods
Isometric projection
Back face removal
|
3 |
__________ refers to the result obtained by multiplying the matrix of the individual transformation representation seuerieces. |
Wire frame model
Constructive solid geometry methods
composite transformation
None
|
4 |
__________ refer to a model that represent all the dimension of an object external as well as internal |
Wire frame model
Constructive solid geometry method
Composite transformation
None
|
5 |
__________ refer to the shapes created by union, intersection and difference of given shapes. |
Wire frame model
Composite transformation
Constructive solid geometry methods
None
|
6 |
By which more complex objects can be constructed., |
Quadric surfaces
Wire frame model
Composite transformation
None
|
7 |
________ are the three dimensional analogs of Quaid trees |
quadric
Octrees
Geometry
None
|
8 |
The types of parallel projection are. |
Orthographic projection and uadric projection
Orthographic projection and oblique projection
Oblique protection and quadric projection
None
|
9 |
How many types of parallel projection are. |
1
2
3
4
|
10 |
The types of projection are |
Parallel projection and perspective projection
Perpendicular and perspective projection
Parallel projection and perpendicular projection
None
|
11 |
How many types of projection are |
1
2
3
4
|
12 |
In which transformation the mirror image of an object can be seen with respect to x-axis ,y-axis , z-axis as well as with respect to an arbitrary line. |
Reflection
Shearing
Translation
None
|
13 |
In which transformation the shape of an object can be modified in any of direction depending upon the value assigned to them. |
Reflection
Shearing
Scaling
None
|
14 |
A part from the basic transformation ___________ are also used. |
Shearing
Reflection
Both a and b
None
|
15 |
The transformation in which the size of an object can be modified in x -direction , y -direction and z- direction. |
Translation
Scaling
Rotation
All of these
|
16 |
The transformation in which an object can be rotated about origin as well as any arbitrary pivot point are called. |
Translation
Scalling
Rotation
All of these
|
17 |
The transformation in which an object can be shifted to any coordinate positioning three dimensional plane are called. |
Translation
Scaling
Rotation
all of these
|
18 |
The most basic transformation that are applied in three-dimensional planes are. |
Translation
Scaling
Rotation
All of these
|
19 |
A Bezier curve is a polynomial of degree______ the no of control points used. |
One more than
One less than
Two less than
None
|
20 |
_____ curve is one of the sp the approximation methods |
Bezier
Ellipsoid
Sheering
None
|
21 |
An___ can be considered as an extension of spherical surface. |
Bezier
Ellipsoid
Shearing
None
|
22 |
A three dimensional object can also be represented using.,_______ |
Method
Euation
Point
None
|
23 |
_________ is the most commonly used boundary presentation for a 3-D graphics objects. |
Data polygon
Surface polygon
System polygon
None
|
24 |
A three dimensional graphics has |
Two axes
Three axes
Both a and b
None
|
25 |
Pen or inject plotters use the following devices. |
Drum
Flat bed
Both a and b
None
|
26 |
Which one of the basic input device in GUI |
Mouse
Graphics tables
Voice system
Touch panel
|
27 |
GUI means |
Graphical user interface
Graphical user interaction
Graphics uniform interaction
None
|
28 |
The basic graphical interactions are. |
Pointing
Positioning
Both a and b
None
|
29 |
Plasma panel also called |
Liquid crystal display
Gas discharge display
Non emissive display
None
|
30 |
Plasma panel have ____________ resolution. |
High
Good
Both a and b
Low
|