Please translate the following c program below to a pep/9 assembly language and please Also explain the code. ```cint number, base, 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()void findLog(int *result, int num, int b) { int k; num--; *result = 0; while (num > 0) { *result = *result + 1; num = divide(num, b); } // end while} // end of findLog()```### ExplanationThis code snippet contains two functions: `divide` and `findLog`.1. **divide(int numer, int denom)** - This function takes two integers, `numer` and `denom`, and performs integer division. - It calculates how many times `denom` can be subtracted from `numer` before the remainder is less than `denom`. - The result, `quotient`, is returned.2. **findLog(int *result, int num, int b)** - This function calculates the logarithm of `num` to the base `b`. - The variable `num` is decremented by 1 initially. - A while loop repeatedly calls the `divide` function to update `num` by dividing it by `b`. - Each time the loop runs, it increments the value pointed by `result`. - This continues until `num` is no longer greater than 0. - The final value of `*result` gives the logarithm result.The code is a basic implementation of integer division and logarithm using iterative methods in C.

Name: Please translate the following c program below to a pep/9 assembly lan
Uploaded: 2024-03-20T06:51:23.000Z
Channel: Bartleby
Description: Please translate the following c program below to a pep/9 assembly language and please Also explain the code. ```cint number, base, answer;int divide(int numer, int denom) { int quotient, remain; remain = numer; quotient = 0; while (remai

Pep/9 Assembly code for the given C code is provided in the next step.

Answered: Please translate the following c…

Engineering

Computer Science

Please translate the following c program below to a pep/9 assembly language and please Also explain the code.

Database System Concepts

7th Edition

ISBN:9780078022159

Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Chapter1: Introduction

Section: Chapter Questions

Problem 1PE

See similar textbooks

Related questions

Q: Design of a calculator program using pseudocode and a Python program that uses a list and functions…

A: # Program make a simple calculator # This function adds two numbersdef add(x, y): return x + y #…

Q: 4. Iteration versus recursion (an opportunity for performance measurement) Make a sorted integer…

A: Below is the C++ program for above information

Q: Write an assembly language program that implements int minNum(int num1, int num2) which returns the…

A: Explanation : In this programing language Programming, A single program is divided into four…

Q: The algorithm made in c ++ is shown below so that you can develop it in matlab.

A: Lets see some points on Hamming method:Hamming code is a block code, it was developed by R.W.…

Q: Perl Programming: Create the calculator module (calcu.pm) that has the add, subtract, multiply, and…

A: The objective of the question is to create a Perl module named 'calcu.pm' that includes functions…

Q: Do it using typecasting not formatting anything... How can i get the ASCII value of user entered…

A: The ASCII value represents the character variable in numbers, and each character variable is…

Q: identify the characteristics of structured programming, and how they support the program design a)…

A: Answer :

Q: IN C ONLY

A: To summarize, the task requires creating a program in a programming language that simulates a…

Q: Which features distinguish C++, assembly, and Python from one another? Create a flowchart to back up…

A: Each of these three language, C++, assembly, and Python, serves detailed rationale in the…

Q: C++ Programming My friend, Brandon, needs your help with examining all the tablets to perceive…

A: No, a Sator Square cannot be expressed in C++. A Sator Square is a specific pattern of words that is…

Q: Should the large software be divided into smaller modules, with each module responsible for a…

A: We will comprehend how functions work in C++ and how and why they are employed. This is accurate, so…

Q: Although Algol60's flexible style permits statements to start and stop anywhere, the majority of…

A: Readability, writability, and security of free format: Free-format languages don't affect programme…

Topic Video

Question

Please translate the following c program below to a pep/9 assembly language and please Also explain the code.

```c
int number, base, 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()

void findLog(int *result, int num, int b) {
int k;
num--;
*result = 0;
while (num > 0) {
*result = *result + 1;
num = divide(num, b);
} // end while
} // end of findLog()
```

### Explanation

This code snippet contains two functions: `divide` and `findLog`.

1. **divide(int numer, int denom)**
- This function takes two integers, `numer` and `denom`, and performs integer division.
- It calculates how many times `denom` can be subtracted from `numer` before the remainder is less than `denom`.
- The result, `quotient`, is returned.

2. **findLog(int *result, int num, int b)**
- This function calculates the logarithm of `num` to the base `b`.
- The variable `num` is decremented by 1 initially.
- A while loop repeatedly calls the `divide` function to update `num` by dividing it by `b`.
- Each time the loop runs, it increments the value pointed by `result`.
- This continues until `num` is no longer greater than 0.
- The final value of `*result` gives the logarithm result.

The code is a basic implementation of integer division and logarithm using iterative methods in C.

Expert Solution

This question has been solved!

Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.

This is a popular solution!

SEE SOLUTION Check out a sample Q&A here

Step 1

VIEW

Step 2

VIEW

Trending now

This is a popular solution!

Step by step

Solved in 2 steps

SEE SOLUTION Check out a sample Q&A here

Knowledge Booster

Learn more about

Need a deep-dive on the concept behind this application? Look no further. Learn more about this topic, computer-science and related others by exploring similar questions and additional content below.

Similar questions

Computer science What are the arguments, pros and cons, for Python's use of indentation to specify compound statements in control statements?
Although Algol60's flexible style permits statements to start and stop anywhere, the majority of programming languages today demand that statements explicitly end with an end symbol, such as a semicolon or a colon. In contrast, Python and a select few other programming languages have a predefined structure whereby statements start in a certain column and conclude at the end of a line of code unless continuation marks are included for each statement. You will discover how fixed or free formats affect readability, writability, and security in this section.
The answer needs both a C++ and a Python code and the source code for the C++ is a picture attached Design a menu with appropriate user interactions and checks for valid entry. Use C++ to successfully complete this criterion. Your simple program will need a menu that can validate user input and is easy to use. It needs to include options for the display of a multiplication table, doubling a value, and exiting the program. If either of the first two options are selected, then users need to be prompted to input a numeric value. The menu should be displayed using a loop, where the user can choose to exit the program only by selecting option 3. Any user input other than 1, 2, or 3 should result in an error message that returns the user to the menu. An example menu might look like the following:1: Display a Multiplication Table 2: Double a Value 3: Exit Enter your selection as a number 1, 2, or 3. Create code that prints a multiplication table for a given numeric value. Both C++ and…
Complete the following C++ programs into Pep/9 assembly language: 1) int main(){int cop; int driver; cop = 0; driver = 40; while (cop <= driver) { cop += 25; driver += 20; } cout << cop; return 0;}
Hey thank you for your answer. I would like to know the main C++ modules that I need to know/understand to complete this program myself. i.e (Classes, structures, arrays, strings...) Please let me know the exact modules so I can study them as soon as possible. Thank you.
PLEASE READ MY NOTE FIRST. Note: The following are the contents of a flex file that will be used to implement a lexical analyzer for a subset of the C programming language. I cannot understand anything in the code given below, so I need your help. I need you to explain every section of the code to me step-by-step in detail. At the end, please summarize what the code is all about and how it is functioning. Here's the code from the Flex file: %option noyywrap %{ #include<bits/stdc++.h> using namespace std; ofstream yyoutlog; //output filestream for log file string loglist = ""; //list of tokens along with line numbers // define necessary c++ variables and functions here (if any) int lines = 1; %} /* Regular Definitions */ delim [ \t\v\r] /* write regular expressions for whitespace and newline */ ws newline letter_ [A-Za-z_] digit [0-9] /* write regular expressions for id, float and integers */ id %% {ws} { /* ignore whitespace */ } {newline} {…
pls answer as soon as possible
A code for the detection and correction of errors was implemented using the Hamming method, this code was made in c ++. Make the code in Matlab, in such a way that the c ++ code is a base, to be able to develop the algorithm or the error detection and correction program using the Hamming method. The algorithm made in c ++ is shown below so that you can develop it in matlab. #include <stdio.h> #include <math.h> int main() { int a[20], b[20], c[20], d[20], i, k, m, f, n, j, r, p, x, y, z, ch, key, q, v, sum = 0; system("clear"); printf("\n Ingresa la longitud de la palabra de datos :"); scanf("%d", &k); printf("\n Ingresa la palabra de datos: \n"); for (i = 1; i <= k; i++) { scanf("%d", &a[i]); } m = 1; while ((k + m + 1) >= pow(2, m)) { m++; } printf("\n El valor de m es : %d", m); n = k + m; j = 1; r…
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