Exercise 1. Match the words (1-6) with the definitions (a-f). 1 resolution
a special effects that can be applied to
pictures
2 jagged
b a technique that generates realistic
reflections,
3 filters
properties
4 wireframe
5 rendering
6 fractals
features like edges or
shadows and highlights
c geometrical figures with special
d irregular or uneven
e the number of pixels in an image
fthe drawing of a model by using
contour lines

Exercise 1. Match the words (1-6) with the definitions (a-f):

1 resolution - e) the number of pixels in an image
2 jagged - d) irregular or uneven
3 filters - a) special effects that can be applied to pictures
4 wireframe - f) the drawing of a model by using contour lines
5 rendering - c) geometrical figures with special properties
6 fractals - b) a technique that generates realistic reflections, features like edges or shadows and highlights

Explanation:
In this exercise, we are given six words (1-6) and six definitions (a-f). Our task is to match each word with its corresponding definition.

1. Resolution refers to the number of pixels in an image. Pixels are the tiny dots that make up a digital image, and resolution determines the clarity and sharpness of the image.

2. Jagged means irregular or uneven. This term is often used to describe rough or uneven edges, lines, or shapes in graphics or images.

3. Filters are special effects that can be applied to pictures. They can alter the appearance of an image by changing its colors, tones, saturation, or adding various visual effects.

4. A wireframe is the drawing of a model by using contour lines. It represents the structure or shape of an object using simple lines or curves. Wireframes are commonly used in computer graphics and design to create 3D models.

5. Rendering refers to the process of generating realistic reflections, shadows, highlights, or other visual features like edges in a digital image or 3D scene. It involves calculating and creating a final image based on the given lighting, materials, and camera parameters.

6. Fractals are geometrical figures with special properties. They are typically self-repeating and display intricate patterns at different scales. Fractals can be generated using mathematical formulas and are often used in computer graphics to create visually appealing and complex images.

To match the words with their definitions, we need to carefully read the descriptions of each term and identify the correct corresponding definition.