What is the primary way that sound and light are represented in digital media?

In digital media, sound and light are primarily represented using binary code. This representation is fundamental to how computers and digital devices process and store information. Binary code consists of a series of 0s and 1s, which reflect the on/off states of electronic circuits.

For sound, this means that audio signals are converted into a binary format through processes like sampling and quantization. Each sample of sound is assigned a binary value that corresponds to its amplitude at a given moment, allowing it to be stored, manipulated, and played back by digital devices.

Similarly, for light, images and videos are represented in binary as well. Each pixel's color and intensity are encoded in binary values that correspond to various colors and brightness levels, enabling the accurate representation of visual information.

Understanding binary code is vital because it serves as the foundational language for digital data, allowing for the seamless integration and manipulation of sound and visual elements in a wide variety of media applications. Other options, while related to visual content, do not directly represent sound and light in the same fundamental way as binary code does.