Which statement about a typical RADAR system microprocessor is true?

In a typical RADAR system microprocessor, address pointers are indeed contained in the general registers. General registers serve multiple purposes; they are utilized to hold data temporarily for processing, as well as to store address pointers that indicate where data can be found in memory during execution. This is critical for efficient data manipulation and access within the system, allowing the microprocessor to quickly reference data as needed in memory during operations.

The design of microprocessors typically separates the functions of the arithmetic logic unit (ALU) and control unit from those of general registers. The ALU is primarily involved in performing arithmetic and logical operations, while the control unit is responsible for directing the operation of the processor by controlling the flow of data between the registers, ALU, and memory, rather than executing arithmetic manipulations itself. This separation enhances clarity in function and allows each component to operate effectively.

Consequently, the statement about address pointers being stored in general registers aligns well with the logical architecture of microprocessors found in RADAR systems, highlighting their functional versatility in managing both data and memory addresses.