Big Number! Write an HLA Assembly language program that prompts for a specific int8 value named n and then displays a repeated digit pattern starting with that number. The repeated digit pattern should show all the odd numbers from 1 up to that number followed by all the even numbers from 2 up to that number. Shown below is a sample program dialogue. Gimme a integer value to use as n: 6 The big number is: 135246

Big Number! Write an HLA Assembly language program that prompts for a specific int8 value named n and then displays a repeated digit pattern starting with that number. The repeated digit pattern should show all the odd numbers from 1 up to that number followed by all the even numbers from 2 up to that number. Shown below is a sample program dialogue. Gimme a integer value to use as n: 6 The big number is: 135246

Programming Logic & Design Comprehensive

9th Edition

ISBN:9781337669405

Author:FARRELL

Publisher:FARRELL

Chapter6: Arrays

Section: Chapter Questions

Problem 7RQ

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PROGRAM 6: Number LadderWrite an HLA Assembly language program that prompts for two specific int8 value. The first value should be less than the second. If that is not the case, don't print anything. With two appropriate values, build the ladder of increments and decrements as shown below. Shown below is a sample program dialogue. Gimme a integer value to use as the start of the ladder: 6Gimme a integer value to use as the end of the ladder: 116 117 108 99 810 711 6Gimme a integer value to use as the start of the ladder: 5Gimme a integer value to use as the end of the ladder: 75 76 67 5Gimme a integer value to use as the start of the ladder: 15Gimme a integer value to use as the end of the ladder: 7 (Hint: I would recommend you write it first in C or Visual Basic and then translate your lines of code, one-by-one, into a assembly statements, just like our good friend mr. compiler does.)
PROGRAM 5: Start And Stop!Write an HLA Assembly language program that prompts for two specific int8 values named start and stop and then displays a repeated digit pattern starting with that number. The repeated digit pattern should show all the numbers beginning with the start value and then adding 1, 2, 3, 4, ... to this value until you hit a number greater than the stop value. Shown below is a sample program dialogue.Gimme a decimal value to use as a start: 6Gimme a decimal value to use as a stop: 78Here's your answer: 6_7_9_12_16_21_27_34_42_51_61_72_84Gimme a decimal value to use as a start: 8Gimme a decimal value to use as a stop: 31Here's your number: 8_9_11_14_18_23_29_36(Hint: The digit pattern is too large to store into any datatype we have learned to date so I am expecting that you will use a loop to print individual digits, rather than store the complete number in a variable.)
Write a Pep/9 assembly language program that reads an integer value from the keyboard, and displays a table that shows the quotient when the input value is divided by successive powers of 2, between 2 and 32. In other words, your program should produce exactly the same output as the following C program: #include <stdio.h> int inpVal; int divis; int quotient; int main() { printf("? "); scanf("%d", &inpVal); divis = 2; quotient = inpVal / divis; printf("%d / %d = %d\n", inpVal, divis, quotient); divis *= 2; quotient /= 2; printf("%d / %d = %d\n", inpVal, divis, quotient); divis *= 2; quotient /= 2; printf("%d / %d = %d\n", inpVal, divis, quotient); divis *= 2; quotient /= 2; printf("%d / %d = %d\n", inpVal, divis, quotient); divis *= 2; quotient /= 2; printf("%d / %d = %d\n", inpVal, divis, quotient); } // end of main Example of Input and Output format requirements: For this example, assume that the keyboard input given to the program is: 8209 For this input data, the output…
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
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 IN HLA ASSEMBLY LANGUAGE PROGRAM 6: Three Zero GameWrite a HLA program that reads a number. Then by subtracting off a three and tens, determine if that value ends in a zero or a three. Three such numbers in a row wins the game! Shown below are sample program dialogues to help you build your program. Gimme a number: 20It ends in zero!Keep going...Gimme a number: 53It ends in three!Keep going...Gimme a number: 41Sorry Charlie! You lose the game!
please modify the c language program into a pep 9 assembly language #include <stdio.h> int num, answer; int divide ( int numer, int denom ) { int quotient, remain; remain = numer; quotient = 0; while ( remain >= denom ) { remain -= denom; quotient++; } // end for return quotient; } // end of divide( ) int modulus ( int n, int d ) { int quot, rem; rem = n; quot = 0; while ( rem >= d ) { rem -= d; quot++; } // end for return rem; } // end of modulus( ) int main() { printf("? "); scanf("%d", &num); answer = divide(num, 20); printf("%d / 20 = %d\n", num, answer); answer = modulus(num, 20); printf("%d mod 20 = %d\n", num, answer); answer = divide(num, 35); printf("%d / 35 = %d\n", num, answer); answer = modulus(num, 35); printf("%d mod 35 = %d\n", num, answer); return 0; } // end of main
Write a simple assembly language program that performs a few arithmetic operations of an ID number which has a 7 digit number. Begin by splitting the ID number into two different values. Assign the four most significant digits to a variable called ‘left’ and the three least significant digits to be a variable called ‘right’. Choose a data type that is appropriate for a range of decimal values each variable can store. Then choose a data type that you can define each of the variables in the program. Then calculate the sum of the two variables ‘left’ and ‘right’. Store the result in a variable called ‘diff’. Then define a character string called ‘message’ that contains the characters “Hello World!”. Last define an array of data type WORD called ‘numbers’ that is initialized to the following values: 1, 2, 4, 8, 16, 32 and 64
this is a C++ programs and convert the programinto a complete assembly program using MIPS. The selection is based onFirst Come First Serve calculate the ouput using mips #include <iostream> int main() { int adults; int children; double totaladults; double totalchildren; double total; char option; std::cout << "Welcome to Happy Tour Agency" << std::endl; std::cout << "We have a special rate for 3 days and 2 nights at Langkawi Island,\n" "Pangkor Island, and Tioman Island" << std::endl; std::cout << "Full cost for 3 days for an adult are as follows: " << std::endl; std::cout << "Destination Flight(2 ways) Hotel(3 days)\n" "Langkawi RM 120.00 RM 260.00\n" "Pangkor RM 90.00 RM 330.00\n" "Tioman RM 150.00 RM 390.00" << std::endl; std::cout << "50% discount for each child" << std::endl; std::cout << std::endl; std::cout << "Please enter the number of adults that are going: "; std::cin >> adults; std::cout…
WRITE PROGRAM IN HLA PROGRAM 6: Three Zero GameWrite a HLA program that reads a number. Then by subtracting off a three and tens, determine if that value ends in a zero or a three. Three such numbers in a row wins the game! Shown below are sample program dialogues to help you build your program. Gimme a number: 20It ends in zero!Keep going...Gimme a number: 53It ends in three!Keep going...Gimme a number: 41Sorry Charlie! You lose the game!Gimme a number: 50It ends in zero!Keep going...Gimme a number: 23It ends in three!Keep going...Gimme a number: 70It ends in zero!You Win The Game! Gimme a number: 51Sorry Charlie! You lose The Game! (Hint: This program is pretty complex with many different conditions to keep track of. I would recommend you write it first in C or Visual Basic and then translate your lines of code, one-by-one, into a assembly statements, just like our good friend mr. compiler does) (Hint: Since we don't really know how to do much math in Assembly yet, I am assuming…
Write an assembly language program which read a string and print it in uppercase. This program asks the user to enter a string, which is subsequently displayed in uppercase. It is important to first ensure that string to be converted is in the a-z range. The program does not recognize any space, symbols or any kind of punctuation marks. Any time the user enters any of this character the program is going to repeatedly ask for the valid string. Example execution of your program could be: Please enter your string: 1winter Invalid Entry! Please enter your string: summer Your capitalized string:SUMMER
* You are required to write a serial program that performs multiplication for two n-digits decimal integers * using the basic simple algorithm you learned in primary school * compiler command: g++ -O3 serial.cpp -o serial * execution command: ./serial num1 num2 * where num1 is the number of test cases and num2 is the number of digits * */ //============================================================================ #include #include #include using namespace std; int test_cases; int digits; void print(string A, string B, string C); unsigned short int value(char c); void OneDigitMultiplier(unsigned short int a, unsigned short int b, unsigned short int Cin, unsigned short int& s, unsigned short int& Cout); void OneDigitAdder(unsigned short int a, unsigned short int b, unsigned short int cin, unsigned short int& s, unsigned short int& cout); int main(int argc, char **argv) { if(argc < 3) { printf("You must provide two inputs: number of test cases and…