write ARM assembly code to find an average of 16 inputs and store in an address then find minimum and maximum.

Suppose we add the following instruction to MARIE'S ISA: JumpIOffset X This instruction will jump to the address calculated by going to address X, then adding the value found there to the value in the AC register. Show how this instruction would be executed using RTL.

Create an assembly language program for the 8085 microprocessor that would count constantly in hexadecimal from FFH to 00H on a 2 MHz system. Create a 1 ms delay between each count and show the numbers at output port address 00H using the single register approach.

In an 8085 assembly program, load register A (50H) with 20H and register B (20H), and then switch (swap) their contents.