RGB (Red, Green, Blue) is a color model that is widely used in digital displays and other electronic devices. It is based on the idea that by combining different levels of red, green, and blue light, a wide range of colors can be produced. The question of whether RGB affects the work is a complex one, as it depends on the context in which it is being used.

In general, RGB does not directly affect the work being done on a computer or other device. It is simply a way of representing and displaying colors on a screen. However, the use of RGB can have indirect effects on the work being done, as the choice of colors can affect the user's perception of the content and their ability to process it.

For example, certain color combinations may be easier on the eyes and more conducive to long periods of reading or other tasks that require sustained focus. On the other hand, some color combinations may be more distracting or difficult to look at, which could impact the user's ability to concentrate and work effectively.

Additionally, the use of RGB can also be a factor in the design of a user interface or other visual elements in a work environment. The choice of colors can impact the overall aesthetic and usability of the interface, and can affect how users interact with and navigate the content.

In summary, while RGB itself does not directly affect the work being done, the way it is used can have an impact on the user's perception and experience of the content, and can play a role in the design of the work environment.