Please write legibly.

LAB 2 -Directives, Addressing Modes and Basic Arithmetic Programming The purpose of this lab is to introduce you to basic programming with the 68HCS12 using assembler directives and arithmetic instructions. You will need to study the directives and arithmetic operation instructions. PRE-LAB: (This must be completed before coming to the lab and shown to the lab instructor at the start of the lab session) 1- Prepare the instruction sequence and the first draft of the program 2- Calculate the expected results (Sum, Average, and Difference) by hand. PROGRAMMING ASSIGNMENT: Write a fully-commented program for the HC12 board, including appropriate directives and labels for memory operands and constants, called Arith.asm. The program should do the following: .The program should start execution at address $1000. stored in contiguous memory at locations S2000->$2004 Calculate the unsigned Sum of the five numbers and store this word at memory location $2010 $2011. Calculate the unsigned Average of the 5 numbers and store this byte in memory after the sum. Subtract the Average from the Sum and store the unsigned Difference (word) in memory after the Average. LAB 2 -Directives, Addressing Modes and Basic Arithmetic Programming The purpose of this lab is to introduce you to basic programming with the 68HCS12 using assembler directives and arithmetic instructions. You will need to study the directives and arithmetic operation instructions. PRE-LAB: (This must be completed before coming to the lab and shown to the lab instructor at the start of the lab session) 1- Prepare the instruction sequence and the first draft of the program 2- Calculate the expected results (Sum, Average, and Difference) by hand. PROGRAMMING ASSIGNMENT: Write a fully-commented program for the HC12 board, including appropriate directives and labels for memory operands and constants, called Arith.asm. The program should do the following: .The program should start execution at address $1000. stored in contiguous memory at locations S2000->$2004 Calculate the unsigned Sum of the five numbers and store this word at memory location $2010 $2011. Calculate the unsigned Average of the 5 numbers and store this byte in memory after the sum. Subtract the Average from the Sum and store the unsigned Difference (word) in memory after the Average