for each of the PIPPIN CPU components listed below; what does each components acronym stand for? what is the job of the component? components: IR, Decoder, MUX, PC, ALU, ACC

Exploring Pippin (1)for 1).pdf Here is an assembly language program that will add two numbers together. Refer to the handout titled, PIPPIN Instruction set" to reference Each instruction has two parts, an instruction code and an operand. Notice that NOP codes have been replaced with valid assembly language instructions. Some of the data locations have been initialized with numeric values the various assembly language instructions available to PIPPIN If we were to write this program as a math formula, it would look something like this: (X + Y). You should try entering this program yourself. First, access the PIPPIN computer by launching your browser and navigating to this web site: Enter the program statements and data values as shown. Then click the "Binary button to see your program translated into binary. Click the "Symbolic button to return to your source code. Cick the Play button and observe the PIPPIN computer in action. Watch carefully to see if you can figure out what's happening. Where is the final result stored? You can click "RESET to set the program counter back to zero. To execute just one step at a time, click "STEP. Here is your assignment 1) for each of the PIPPIN CPU components listed below: what does eakh component's acronym stand for? What is the job of the component? Components: Decoder, Mux, PC, ALU, ACC 2) Write down in your own words exactly what happens inside the PIPPIN CPU as each step of the program shown above is executed. 3) Submit your answers to questions 1, 2 and 3 in a single word document