Write an assembly program to set R0=1 if there's a 5 in one of ten memory locations, starting at x3100. At the beginning of the program, set R0 = 0. If no 5 is found, it should leave R0 set to 0. Please submit your assembly program below. I will run it with my data. Extra credit - 20 points: If a 5 is found, output the following message to the console. "A 5 was found at x31xx." 31xx is the hex address of the 5.

Write an assembly program to set R0=1 if there's a 5 in one of ten memory locations, starting at x3100. At the beginning of the program, set R0 = 0. If no 5 is found, it should leave R0 set to 0. Please submit your assembly program below. I will run it with my data. Extra credit - 20 points: If a 5 is found, output the following message to the console. "A 5 was found at x31xx." 31xx is the hex address of the 5.

C++ for Engineers and Scientists

4th Edition

ISBN:9781133187844

Author:Bronson, Gary J.

Publisher:Bronson, Gary J.

Chapter5: Repetition Statements

Section5.6: Nested Loops

Problem 2E

See similar textbooks

Similar questions

Task Write a MASM program that will resemble a digital clock. The clock will display hh:mm:ss (hour, minute and second format; 2 digits for each), i.e., 03:10:05. The clock will take an input from the user (0 to 9) which will be the starting time of the clock. Say the input is 6, so the clock start time is 00:00:06. 00:00:59. You increment the second by one, i.e., 00:00:06, 00:00:07, Then you need to change the minute to 01 and second to 00, i.e., 00:01:00. Similarly, change the time for hour e.g., 00:59:59 will change to 01:00:00. It is a 12 hour clock. After 11:59:59, the clock will change to 00:00:00. You may like to run the attached Calcul.exe to understand the expectation. ● Commenting Most of the lines of the program code should be commented (short comment is fine) so that your code could be well understood.
Take an lowercase letter as input from the user (omit error checking, so you do not have to write code for checking whether the user is inputting upper case or lower case), and display it at the next position on the next line in upper case. Please complete it with assembly language that can run on "emu8086". Sample Execution 1: a A Sample Execution 2: b B
Write a python code that does the following: - Asks student to enter his name - Ask them to enter their marks for 4 different modules. (Note: these marks should be out of 100 for each module) - Based on the average of the 4 different modules, the student should get the grade that they have achieved at that level. - The grades should follow the following trend - greater than or equal to 90 = A - from 80 to 89 inclusive = B - from 70 to 79 inclusive = C - from 60 to 69 inclusive = D - from 50 to 59 inclusive = E - below 50 = F
For this question you must design and implement a postcondition loop in Python that will display the following numbers (one on each line) to the terminal: 29, 41, 53, 65, 77, 89, 101, 113, 125, 137, 149, 161, 173, 185, 197, 209, 221, 233, 245, and 257. Although a counter-controlled loop is ideal for this task, you are not permitted to use a FOR loop in your program - you must use a postcondition loop that has been implemented using WHILE instead.Furthermore, your postcondition loop must be implemented using a Boolean flag variable.
Write the programs in assembly and make sure they run on RexTester for an upvote. Program#1: Read your first name and last name (assume maximum 10 bytes each), Each input is on a separate row Example Input Toni Bob Output Your first name is Toni Your last name is Bob Program #2: Write an assembly program to read a number between 0 and 9, then print it Example Input 9 Output Your number is: 9 Program #3: Read the information from the screen file and display it. Example Input Kevin Durant 50 3 Output Your name is Kevin Durant Your age is 50 You have 3 children
Q1 Write an assembly code that get a number X from keyboard and print the character 'A' on the screen X times. Q2 Write an assembly code that read a password, display *'s instead of characters. If the password Correct,Print a "Correct" on a new line, otherwise print "Not correct". Q3 Write an assembly program to read a two numbers between (0-9) and print on a new line the values of (AND, OR and XOR). Assembly microprocessor 8086
Write a python program from the question that lets the user enters the:• initial height from which the ball is dropped• the bounciness index• the number of times the ball is allowed to continue bouncing• Output should be the total distance travelled by the ball. The program should work and display correct outputs. Example is included below the question
In python, Problem DescriptionProfessor Santos has decided to hide a secret formula for a new type of biofuel. She has, however, left a sequence of coded instructions for her assistant. Each instruction is a sequence of five digits which represents a direction to turn and the number of steps to take. The first two digits represent the direction to turn: • If their sum is odd, then the direction to turn is left.• If their sum is even and not zero, then the direction to turn is right.• If their sum is zero, then the direction to turn is the same as the previous instruction. The remaining three digits represent the number of steps to take which will always be at least 100. Your job is to decode the instructions so the assistant can use them to find the secret formula. Input SpecificationThere will be at least two lines of input. Each line except the last line will contain exactly five digits representing an instruction. The first line will not begin with 00. The last line will contain…
Write a program in python that determines the hamming distance of two DNA strands. Your program should do the following: 1. prompt the user for 2 DNA strands 2. Making use of problem 4, check if the strands are valid. If the inputted strands are of different lengths, this is considered invalid input. If one or both of the strands are invalid, the program ends. 3. Iterate over the two DNA strands and sum the number of differences. 4. Output the hamming distance Example: Enter a DNA strand: AATG Enter a second DNA strand: AATC The hamming distance of AATG and AATC is 1 Enter a DNA strand: AATG Enter a second DNA strand: T Invalid input Enter a DNA strand: ABC Enter a second DNA strand: AATG Invalid input Enter a DNA strand: AATG Enter a second DNA strand: TTAC The hamming distance of AATG and TTAC is 4 Note: the hamming distance is the number of differences / differing characters in two strings. Examples: ● ‘AATG’ and ‘AATC’ have a hamming distance of 1 because only the last…
Write a program with comments to generate a delay of 0.25 s. if the microprocessor frequency is 2.5 MHz. The value of delay count "COUNT" in hexadecimal should be calculated beforehand for this purpose. (Appendix-F details the list of 8085 instructions and their T-states).
Write a python program whose input is two integers and whose output is the two integers swapped. Ex: If the input is: 3 8 the output is: 8 3 Your program must define and call the following function. swap_values() returns the two values in swapped order.def swap_values(user_val1, user_val2) I can get the first input to reverse but the subsequent outputs I am struggling to make work.
Write an assembly program that calculates a special sum that behaves as follows: • It requests a positive integer number from the user having any value between 1 and 255. • Once it gets the user input, it sums all the numbers that are equal or less than the user input and that are divisible by 3. As an example, if a user runs the assembly program and provides the value 25 as input, the display should show the following: special sum = 24 +21+ 18+15+12+9+6+3=108 As a programmer, you need to check on the input provided by the user and make sure it is valid (e.g. whether user input is positive and the input is a number, etc). Make sure that you have comments explaining the purpose of your instructions and what you are trying to achieve using it. Please submit a file that contains the code and screenshots of the execution of different numbers. Provide five runs: test the program with 54 and 71 and provide additional three runs of your choice (five runs in total). Provide also the code