OUTPUT #1 ** The RGB color code you've given (128, 0, 128) represents a shade of purple. To convert this RGB color code to hexadecimal, we must take each of the red, green, and blue values separately, convert them to hexadecimal, and then combine them in the order: Red, Green, Blue. ** Here is how you convert each color value: 1. Red: 128 in decimal is 80 in hexadecimal 2. Green: 0 in decimal is 00 in hexadecimal 3. Blue: 128 in decimal is 80 in hexadecimal ** Therefore, the hexadecimal color code equivalent for RGB (128, 0, 128) is #800080. Hex color codes are widely used in web design and graphic design fields. They consist of six digits and represent the intensity of red, green, and blue in the color, much like the RGB system. However, while RGB uses decimal notation (0-255), hexadecimal codes use base 16, allowing the same range (0-255) to be represented in just two digits (00-FF). This makes them more compact and easier to handle in many programming and markup languages. Use this hex color code in your CSS or HTML coding when you want to employ this exact color. It will provide consistency across different platforms and devices, ensuring the color is rendered the same way every time it is displayed. ** OUTPUT #2 ** To convert from Megabytes (MB) to Gigabytes (GB), we need to know that 1 Gigabyte is equivalent to 1024 Megabytes (this is due to the binary system computers use, where sizes increase by powers of 2). So, if you have 100 Megabytes and want to convert it to Gigabytes, you will divide 100 by 1024. 100 MB / 1024 = 0.09765625 GB This means that 100 Megabytes is approximately 0.098 Gigabytes when rounded to three decimal places. In the field of digital storage, understanding these conversions is critical. Whether you're managing your device's storage space or determining how much data you can upload or download, keeping track of file sizes in different units can help you make more informed decisions. While the difference between MB and GB might seem trivial with smaller amounts of data, it becomes significantly more noticeable as file sizes increase. **