Description
1) Define an array with 10 unsigned integers in assembly code and write an assembly program that calculates the mean of these 10 integers (truncating the result to an integer).
2) Write an assembly program that converts all lowercase letters to their corresponding upper cases.
3) Write an assembly program that calculates the following function. Assume register r0 holds the signed integer x, and register r1 saves the result. f(x)=10 if x0.
4) Translate the following C program into an assembly program. The C program finds the minimal value of three signed integers. Assume a, b, and c are stored in register r0, r1, and r3, respectively. The result min is saved in register r4.
if (a<b && a<c) { min=a; }
else if (b<a && b<c) { min=b; }
else { min=c; }
5) Write an assembly program that finds the least common multiple (LCM) of two integers. For example, LCM(4,6)=12.
6) Write an assembly program that blinks an LED with a time interval of one second.
![Sure, here is the Python program A1Q2.py that displays formatted messages based on the given instructions: ```python def display_message(): # Step 1: Ask user to input a string message user_input = input("Enter a string message, including your name and a short message (less than 40 characters): ") # Step 2: Ask user to input a field width greater than 40 width = int(input("Enter a positive integer greater than 40 as a field width: ")) # Step 3: Ask user to input an alignment method alignment = input("Enter an alignment method [left, right, center]: ") # Step 4: Format and display the message print("+" + "-" * width + "+") formatted_message = f"|{user_input:{alignment}{width-2}}|" print(formatted_message) print("+" + "-" * width + "+") # Call the display_message function display_message() ``` This program prompts the user to input a string message, a field width greater than 40, and an alignment method. It then formats and displays the message inside a box according to the given width and alignment. The box is created using '+' and '-' characters. Note that the program assumes valid inputs from the users, such as a string message that is less than 40 characters including the name, a positive integer greater than 40 as the field width, and a valid alignment method ('left', 'right', or 'center'). You can run this program by saving it as A1Q2.py and executing it using a Python interpreter.](https://gotit-pro.com/wp-content/uploads/2023/10/e2fd92a3-2720-4c80-abe3-f2461c53bbdf.jpg)
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Darren Jacob –
Excellent job, my friend. Thank You!!