A. Decimation
B. Interpolation
C. Extrapolation
D. Quantization

A. Bilinear Filtering
B. Trilinear Filtering
C. Nearest Neighbor
D. Cubic Filtering

A. Stack
B. Queue
C. Binary Tree
D. Scene Graph

A. The amount of time a scene is rendered
B. The angle of the visible area observed
C. The resolution of the display device
D. The distance between the viewer and the display

A. To store pixel data for display
B. To buffer audio signals
C. To compress image files
D. To execute rendering algorithms

A. Enhance texture resolution
B. Reduce rendering time
C. Smooth jagged edges in images
D. Improve animation speed

A. Shadow Mapping
B. Light Baking
C. Ambient Occlusion
D. Depth Buffering

A. Sound propagation
B. Light behavior
C. Object motion
D. Texture mapping

A. Dijkstra’s Algorithm
B. Floyd-Warshall Algorithm
C. Bresenham’s Algorithm
D. Painter’s Algorithm

A. To compress image files
B. To convert 3D models into 2D images
C. To encrypt graphic data
D. To create 3D animations

A. To define the object’s orientation
B. To represent the object’s texture
C. To determine the lighting intensity
D. To calculate the object’s position

A. Phong Shading
B. Flat Shading
C. Gouraud Shading
D. Blinn-Phong Shading

A. To store color information
B. To manage memory usage
C. To handle hidden surface removal
D. To enhance image resolution

A. Converting vector graphics into a bitmap image
B. Scaling images to fit different screen sizes
C. Applying color gradients to images
D. Rotating images around a specific point

A. Translation
B. Rotation
C. Filtering
D. Scaling