Part B

convert the program of part A into 8085 assembly code

SCI) Part # A Store manually the indicated data in the memory locations indicated below: [ 2050] [03] [2051) [02] [ 2052 ] - [FF] and write a program that adds the contents of the memory locations/2050) and 2051 7 and places the result in memory location (2052) using mnemonics and assembly notation. LDA 2050 Program outline: MOV H,O3 LDA dosi Start the program at the memory location 2000 ADD H (the first RAM byte) tomor 2,02 1. Load the MAR (HL) with the address of the first data MIVA,oo address. 2. Move the contents of M[[FL]] to [A] ADO A 3. Increase HL MOUHIA 4. Add [A] with [[HL]] STA 2052 5. Store (Al in memory location [2052] HLT 6. End Part # B Convert the program of Part #A into 8085 assembly codes. Indicate memory locations and clock cycles used, and determine the total number of bytes employed as well as the execution time of the program. CI) Part # A Store manually the indicated data in the memory locations indicated below: [ 2050] [03] [2051) [02] [ 2052 / -[FF] and write a program that adds the contents of the memory locations/20507 and 2051 7 and places the result in memory location (2052) using mnemonics and assembly notation. LDA 2050 Program outline: MOV H,O3 LDA dosi Start the program at the memory location 2000 ADD H (the first RAM byte) tomor 2,02 1. Load the MAR (HL) with the address of the first data "MIVA,oo address. 2. Move the contents of M[[FL]] to [A] ADD A 3. Increase HL MOUHIA 4. Add [A] with [[AL]] STA 2052 5. Store (A) in memory location (2052] HLT 6. End Part # B Convert the program of Part #A into 8085 assembly codes. Indicate memory locations and clock cycles used, and determine the total number of bytes employed as well as the execution time of the program