How are complex transformations typically represented in computer graphics?

How can matrices be used to represent complex transformations?

A). By storing textures

B). By defining lighting effects

C). By combining multiple transformations

D). By coloring pixels

Which of the following is NOT a step in creating complex transformations?

A). Scaling

B). Adding textures

C). Multiplying matrices

D). Adjusting lighting

Scaling is primarily used for:

A). Adjusting an object's orientation

B). Changing an object's size

C). Moving an object along a path

D). Shearing an object

What does translation involve?

A). Changing the size of an object

B). Rotating an object around a point

C). Moving an object along a direction

D). Distorting an object's shape

What does shearing do in computer graphics?

A). Adjusts an object's orientation

B). Skews an object along one axis

C). Changes an object's size

D). Moves an object along a path

Which transformation operation is used for adjusting an object's size?

A). Scaling

B). Rotation

C). Shearing

D). Translation

Which transformation operation is used for simulating foreshortening in perspective views?

A). Scaling

B). Shearing

C). Translation

D). Rotation

Combining translation and rotation creates:

A). Scaling

B). Shearing

C). Complex transformations

D). Basic shapes

What is the purpose of combining multiple transformations in computer graphics?

A). To simplify rendering

B). To achieve advanced visual effects

C). To reduce memory usage

D). To create 3D models

What does a composite transformation refer to?

A). A single basic transformation

B). A combination of multiple simple transformations

C). Applying textures to objects

D). Creating lighting effects