Contractions on Monitor Numbers

When it comes to writing about technology, it is important to use proper terminology and follow established conventions. One issue that often arises is whether to use contractions when referring to monitor numbers, such as “1920×1080” or “2560×1440.” In this article, we will explore the use of contractions in this context and provide guidance for writers.

Contractions are a common feature of casual conversation and informal writing. They allow us to express ideas more quickly and naturally, without the formal language that might be expected in other contexts. However, when it comes to technical terms, contractions can cause confusion or ambiguity. This is especially true when it comes to monitor numbers, which are used to describe the resolution of computer screens.

In general, it is recommended that writers avoid using contractions when referring to monitor numbers. This is because the numbers themselves are technical terms that require precision and accuracy. When written out in full, there is no ambiguity about the resolution being described. For example, “1920×1080” clearly indicates a screen resolution of 1920 pixels wide by 1080 pixels tall, while “1920x1080p” could be interpreted as either “progressive” or “pixelated.”

Another reason to avoid contractions when describing monitor numbers is that they can be inconsistent. For example, if one writer uses “1920×1080,” while another uses “1920x1080p,” it can be difficult for readers to determine whether the two terms are describing the same resolution. This can cause confusion and errors, especially if the information is being used for technical purposes.

In conclusion, while contractions may be appropriate in some contexts, they should generally be avoided when describing monitor numbers. This will help ensure consistency and accuracy in technical writing, and reduce confusion for readers. By using the full, precise terms for monitor resolutions, writers can communicate technical information more effectively and avoid potential errors.