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Write a MC68HC12 assembly language program to average ten 16-bit values that are stored starting at address $1100. Place the two-byte result at $1110. Use indexed addressing.
Using the FCB or FDB directives might be useful here.
FCB (Form Constant Byte) Example:
ORG $4000
FCB $02, $05;
(The above two lines will place constant byte $02 in address $4000, and constant byte $05 in address $4001)
FDB (Form Double Byte)
Example:
FDB $02, $05, $2445;
(The above two lines will place constant bytes as explained below:
$00 in address $4000, and $02 in address $4001,
$00 in address $4002, and $05 in address $4003
$24 in address $4004, and $45 in address $4005
Write an assembly language program that will: accept keyboard input of a positive integer value N; compute the sum S= 1+ 2 + 3 + ... + N; print (output) the computed su
TEST : Logical Compare Instruction: The TEST instruction performs bit by bit logical AND operation on the 2 operands. Each bit of the result is then set to value I, if the equival
1. Start your program at address $8500. To do this you need to inform the assembler, through the EQU and ORG assembler directives, that you want your program to start at $8500. Thi
NAME : Logical Name of a Module: The NAME directive which is used to assign a name to an assembly language program module. The modulecan now be mention to by its declared name.
Open notepad and enter the code for a program that calculates the following arithmetic expression: x = a + b + c - d - e + f The operands a, b, c, d, e, f, and x should be declared
2. Write a program to separate out positive and negative numbers from a given series of 16-bit hexadecimal numbers.
Program : Write an assembly program to find out the number of positive numbers and negative numbers from a given series of signed numbers. Solution : Take the i th num
Pin Description of 8086 The microprocessor 8086 is a 16-bit CPU available in 3 clock rates, for example 5, 8 and 10 MHz, packaged in a40 pin CERDIP or plastic package. The 8
A good starting point for your program is the toupper.asm program shown in class. It already queries the user for input and sets up a loop that looks at each character of the input
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