For each row, provide the equivalent binary value in the second column. And again, please provide your final answer in the table and show and submit all your work on a separate page. Base 2 (Binary) Туре unsigned byte unsigned byte byte byte Base 10 (Decimal) 204 17 65 -90

Binary and decimal representations underlie numerical data encoding. Computers employ the binary system, which uses just two symbols (0 and 1). It underpins all digital data processing and storage. Electronic circuits can process binary numbers efficiently because each digit is a power of 2. This system is important for CPU memory storage, data transfer, and logical processes. Computer scientists must know how to convert decimal numbers to binary to deal with data at its simplest level.

Humans are most accustomed with decimal representation, which uses 10 digits (0–9). It underpins daily math. Due of its simplicity and conformity with our base-10 numbering system, decimal is the chosen format for displaying information. Many programming languages and data processing environments need decimal-to-binary conversion. This is particularly true when dealing with hardware or varied data formats.