It doesn't. Usually, the CPU general purpose registers provide input to the ALU, and the Accumulator receives the answer temporarily until it can be placed back into one of those registers.
Exactly how this is wired up varies widely with different CPU architectures, but in the theoretical model of an ALU, you specify which function you want, and the answer appears at the output as fast as the gates can operate. It is up to the CPU to store it somewhere.
Registers
The Arithmetic Logic Unit (ALU) is responsible for carrying out calculations in a processor. It performs arithmetic and logical operations on the data that is being processed.
ALU ( Arithmetic Logic Unit )
Yes, the two smaller units of a processor are the Control Unit (CU) and the Arithmetic Logic Unit (ALU). The CU manages and coordinates the activities of the processor, directing data flow and instruction execution. The ALU performs arithmetic and logical operations on the data processed by the CPU. Together, they enable the processor to execute instructions and carry out tasks.
The ALU (arithmetic logic unit) An ALU loads data from input registres, an external Control Unit then tells the ALU what operation to perform on that data, and then the ALU stores its result into an output register. Other mechanisms move data between these registers and memory.
The Arithmetic Logic Unit (ALU) performs arithmetic and logic operations on data, while the Control Unit (CU) manages the flow of data within the CPU. The CU directs the ALU on which operations to perform and coordinates the fetching, decoding, and executing of instructions in a program. Together, the ALU and CU work in harmony to process data and execute instructions in a CPU.
The brain of any computer is its CPU. However, the brain of any CPU is the ALU. ALU short for Arithmetic And Logical Unit is the component that resides inside the CPU which processes data according to the given instructions && commands.
ALUShort for Arithmetic Logic Unit, ALU is one of the many components within a computer processor. The ALU performs mathematical, logical, and decision operations in a computer and is the final processing performed by the processor. After the information has been processed by the ALU, it is sent to the computer memory.In some computer processors, the ALU is divided into two distinct parts, the AU and the LU. The AU performs the arithmetic operations and the LU performs the logical operations.
ALUShort for Arithmetic Logic Unit, ALU is one of the many components within a computer processor. The ALU performs mathematical, logical, and decision operations in a computer and is the final processing performed by the processor. After the information has been processed by the ALU, it is sent to the computer memory.In some computer processors, the ALU is divided into two distinct parts, the AU and the LU. The AU performs the arithmetic operations and the LU performs the logical operations.
The CPU is in charge of processing the data. In more detail, the ALU (Arithmetic Logic Unit) is in charge of executing logical and arithmetic operations. The ALU is a component of the CPU.
"The CPU is basically just the processing chip, but I could be wrong." You're partially right. Yes the CPU is a processing chip but they asked what is made up of. Physically: Cpu's are made from a silicon crystal which they essentially burn pathways and interconnections into and then fill those paths with copper. etc. Mathematically: CPU's consist of logical gates that turn on and off based on the data that they are fed from either the user or the software and then the user. And if you want even more detail a CPU contains whats called an ALU (arithmetic logic unit) which is fed data by the registers in which the ALU adds subtracts or shifts 0's in data (multiplication, division, etc) which is then stored in memory where it can be fetched and fed into it again by the registers. After the data has been essentially processed its fed onto a screen or some form of output. A cluster of these ALU's and corresponding registers form a core. A CPU i designed myself has 4 ALU's which can process 4 bits or 4 zeros at a time per ALU essentially and each of these ALU's communicate with each other thus forming a 4bit CPU core.
The CPU comprised of three main parts: AlU(ARITHMETIC LOGIC UNIT):- Does the actual Logic comparisons that need to be processed. Control Unit:-Can execute and store the results coming out of ALU. Registers:- store the data that is to be executed next.