To compute the value of nibbles, what is added after calculating the high-order nibble?

To compute the value of nibbles, specifically after calculating the high-order nibble, the next step is to add the total from the low-order nibble. A nibble is composed of four bits, which means that when you have a byte (which consists of eight bits), it can be divided into two nibbles: the high-order nibble, representing the upper four bits, and the low-order nibble, representing the lower four bits.

Once you have the value of the high-order nibble, it is essential to incorporate the value from the low-order nibble to get the complete byte value. This process is crucial because the total byte value is a combination of both nibbles and reflects the actual numeric value stored in a byte.

This approach is fundamental in binary and hexadecimal systems, where understanding how to break down and combine these smaller segments is key to interpreting data correctly. In contexts like programming, network communication, and data encoding, accurately calculating these values ensures proper data handling and manipulation.