ASSEMBLY PROGRAMMING USING EMU8086 Instructions:

1. Write an assembly program in emu8086 version 4.08 that places the hexadecimal value 23 in the accumulator. 2. The ASCII values for the numbers 0-9 are represented by 48-57, respectively. The program should convert the upper nibble of the hexadecimal value to its corresponding ASCII value and store it in a designated RAM location. 3. The program should then convert the lower nibble of the hexadecimal value to its corresponding ASCII value and store it in a separate RAM location.

Constraints:

1. The program must utilize the rotate command instead of shift instructions. 2. The program should be flexible enough to work with any original value, not just F3H.

Tips:

1. Store the original hexadecimal value in a RAM location for easy reference. 2. The program should utilize rotate instructions, masks, and arithmetic instructions to achieve the desired results. 3. Reserve three RAM locations for the original value, the upper nibble, and the lower nibble of the original value.