In digital media, sound and light are translated into which format?

In digital media, sound and light are translated into a waveform format. A waveform is a visual representation of the amplitude of sound over time, which allows for the analysis and manipulation of audio signals. This format captures the variations in air pressure that produce sound, essentially converting physical sound waves into a digital format that can be processed, edited, and reproduced by digital devices.

Light, on the other hand, can be represented in various formats depending on the medium, such as pixel data in images or videos, which can also correlate to waveforms in certain contexts, like the way audio is processed when synced with visuals. The waveform format is essential in audio editing and production, allowing for precise modifications and effects.

Raster graphics and vector graphics refer to types of visual imaging and are not used to represent audio or sound data directly. Raster graphics are made up of pixels, while vector graphics are composed of paths defined by mathematical formulas. Timecode is a method of labeling individual frames in a video or audio production but does not reflect the actual sound or light data itself; it serves as a timing reference rather than a data translation format.

Thus, the waveform is the correct answer because it accurately describes how audio signals are represented in the digital realm, allowing for effective manipulation