Write a program named program52.py that uses main and a void function named numbers that takes no arguments and does not return anything. The numbers function generates 5 random integers, each greater than 10 and less than 30 (duplicates are okay), and prints them all on one line separated by spaces. A loop is required for this, and the loop should also total up the integers so the sum can be displayed when the loop ends. The main function should call the numbers function. SAMPLE OUTPUT 12 24 16 21 17 The total is 90

Write a program named program52.py that uses main and a void function named numbers that takes no arguments and does not return anything. The numbers function generates 5 random integers, each greater than 10 and less than 30 (duplicates are okay), and prints them all on one line separated by spaces. A loop is required for this, and the loop should also total up the integers so the sum can be displayed when the loop ends. The main function should call the numbers function. SAMPLE OUTPUT 12 24 16 21 17 The total is 90

C++ for Engineers and Scientists

4th Edition

ISBN:9781133187844

Author:Bronson, Gary J.

Publisher:Bronson, Gary J.

Chapter6: Modularity Using Functions

Section6.1: Function And Parameter Declarations

Problem 3E

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Write a program named program52.py that has a main() function and a value returning function named numbers() that takes no arguments and returns the variable used for the total. The numbers function generates 18 random integers, it is required you use the random.randint method to generate these numbers as the unitTest requires this. The range would be 7 to 61 inclusive, (duplicates are okay), and prints them all on one line separated by spaces. A loop is required for this, and the loop should also total up the integers so the sum can be displayed when the loop ends. The main() function calls the numbers() function which prints the random numbers and the total as shown below. Do not forget that numbers() function must return variable containing total that was printed. This is the Python code I have tried ...( I have attached my error at the bottom... ) import random def number():total: int = 0num: list = []for i in range(18):num = random.randint(7, 61)print(num, end=" ")total = total +…
Write a program named program52.py that has a main() function and a value returning function named numbers() that takes no arguments and returns the variable used for the total. The numbers function generates 18 random integers, it is required you use the random.randint method to generate these numbers as the unitTest requires this. The range would be 7 to 61 inclusive, (duplicates are okay), and prints them all on one line separated by spaces. A loop is required for this, and the loop should also total up the integers so the sum can be displayed when the loop ends. The main() function calls the numbers() function which prints the random numbers and the total as shown below. Do not forget that numbers() function must return variable containing total that was printed. The output is correct... However my test for the class is coming back with a second error... Test 1: stimulus:: 0 expected: '7 61 12 56 13 55 14 54 15 53 16 52 17 51 18 50 19 49 ', 'The total is 612' Test 1 Passed.Test 2…
This is the second lab for the Unit 4 zyBooks materials. Coding hints: def lapstomiles(user_laps): return user_laps / 4.00 #Please note that one mile is equal to four laps … print(f'{num_miles:.2f}') #We are formatting the laps into two decimal places. One lap around a standard high-school running track is exactly 0.25 miles. Define a function named laps_to_miles that takes a number of laps as a parameter, and returns the number of miles. Then, write a main program that takes a number of laps as an input, calls function laps_to_miles() to calculate the number of miles, and outputs the number of miles. Output each floating-point value with two digits after the decimal point, which can be achieved as follows:print(f'{your_value:.2f}') Ex: If the input is: 7.6 the output is: 1.90 Ex: If the input is: 2.2 the output is: 0.55 The program must define and call the following function:def laps_to_miles(user_laps) # Define your function here if __name__ == '__main__': user_laps =…
Write a python program that has a main() function and a value returning function named numbers() that takes no arguments and returns the variable used for the total. The numbers function generates 18 random integers, it is required you use the random.randint method to generate these numbers as the unitTest requires this. The range would be 7 to 61 inclusive, (duplicates are okay), and prints them all on one line separated by spaces. A loop is required for this, and the loop should also total up the integers so the sum can be displayed when the loop ends. The main() function calls the numbers() function which prints the random numbers and the total as shown below. Do not forget that numbers() function must return variable containing total that was printed. Output should look like this: 33 59 57 44 12 49 48 18 44 51 8 51 51 50 59 53 61 19 The total is 767
Write a C++ prorgam with a function named getRandomMidpoint. This function should accept two arguments just like getMidpoint (getMidpoint. This function takes two int parameters, and returns the midpoint of the two integers. It has the following signature: int getMidpoint(int low, int high). But it should return a random number in between the low and high arguments. You can swap this function with the getMidpoint function to change the nature of how the program makes its guesses. Make sure to show output of your program using both getMidpoint and getRandomMidpoint showing different behaviors. Don't forget to add a call to srand() at the beginning of your program in main() to make sure each run of the program generates new "random" numbers.
Create a python program called code.py. Write a function named pi_multiples() that takes an integer parameter num. This function repeatedly asks the user to enter an integer between 2 and 50. Assume the user will always enter an integer, but if the number is outside this range, the loop must end. So, for any integer x entered within the range, your function must do the following; if x is divisible by num (the parameter), it must multiply x by the value of pi (call it result) and maintain a sum of these results. In every iteration of the loop your function must print x and the result. And when the loop terminates your function should return the sum. To test your function, call pi_multiples() function using any integer number of your choice (for num) and print the returned value. Hint: to use the pi value do the following import math and use math.pi for the value of pi.
Write a function called HW7B, which returns a String. This String is the value of word 8 of the second paragraph beginning with Runtime of section 14.1 of page 544 of the course textbook (Introduction to Java programming Comprehensive version 2013 Online Walter J. Savitch ). This word begins with the letter ‘r’. This book can be accessed via the library link reachable via the courses ‘Library page’. This is really just a check you know how to find the course text book in case you are having problems with library books.
Write a function NumberOfPennies() that returns the total number of pennies given a number of dollars and (optionally) a number of pennies. Ex: 5 dollars and 6 pennies returns 506. #include <iostream>using namespace std; void NumberOfPennies(int NumberOfDollars, int NumberOfPennies){if (NumberOfDollars == 1) {NumberOfDollars = NumberOfPennies * 100;}}/* Your solution goes here */ int main() {cout << NumberOfPennies(5, 6) << endl; // Should print 506cout << NumberOfPennies(4) << endl; // Should print 400return 0;} Please help me with this problem using c++.
Write a program called Cylinder.java that calculates the volume of a cylinder. Your program should have a a static function named computeCylinderVolume . This function should accept both radius and height as doubles and should return the computed volume as a double. The formula for the volume of a cylinder is given by: V= π*r2*hPrompt the user to input two doubles, one for a cylinders height and one for its radius. Then display the result. (Do not print to console in computeCylinderVolume) The output is pictured below. The code must have the static function named computeCylinderVolume in it. Thanks
Write a program that calculates the Euclidean distance and the Manhattan or taxicabdistance between two two-dimensional points. Make sure you 1) use a point structureto store the points (see above), 2) use functions to calculate the two distances and3) ask the user for the point data. The Euclidean distance is calculated using thePythagorean Theorem for (points (x1,y1),and (x2, y2):euclidean = ( x1-x2)^2 + ( y1-y2)^2And the Manhattan distance is calculated as:manhattan = | x1-x2 | + | y1-y2 |
This is for Python version 3.8.5 and please include pseudocode. Write Python code that defines a void function named divide that takes two numbers as parameters and then prints the quotient accurate to 1 decimal place when the first parameter is divided by the second one.
Write a python function named pi_multiples() that takes an integer parameter num. This function repeatedly asks the user to enter an integer between 2 and 50. Assume the user will always enter an integer, but if the number is outside this range, the loop must end. So, for any integer x entered within the range, your function must do the following; if x is divisible by num (the parameter), it must multiply x by the value of pi (call it result) and maintain a sum of these results. In every iteration of the loop your function must print x and the result. And when the loop terminates your function should return the sum. To test your function, call pi_multiples() function using any integer number of your choice (for num) and print the returned value. Hint: to use the pi value do the following import math and use math.pi for the value of pi.