Store manually the 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 ] and places the result in memory location 2052 ). The solution should consist of Assembly mnemonics placed in RAM. Program outline: Start the encoding of the program at the memory location 2000 (the first RAM byte) 1. Load the MAR (HL) with the address of the first data address. 2. Move the contents of M [[HL]] to [A] 3. Increase HL 4. Add the contents of [A] with [[HL]] 5. Store the contends of [A] in memory location [2052] 6. End Part # B Draw a neat flowchart of Part # A Store manually the 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 ] and places the result in memory location 2052 ). The solution should consist of Assembly mnemonics placed in RAM. Program outline: Start the encoding of the program at the memory location 2000 (the first RAM byte) 1. Load the MAR (HL) with the address of the first data address. 2. Move the contents of M [[HL]] to [A] 3. Increase HL 4. Add the contents of [A] with [[HL]] 5. Store the contends of [A] in memory location [2052] 6. End Part # B Draw a neat flowchart of Part # A